TSTP Solution File: HWV048_2 by SnakeForV-SAT---1.0
View Problem
- Process Solution
%------------------------------------------------------------------------------
% File : SnakeForV-SAT---1.0
% Problem : HWV048_2 : TPTP v8.1.0. Released v5.3.0.
% Transfm : none
% Format : tptp:raw
% Command : vampire --input_syntax tptp --proof tptp --output_axiom_names on --mode portfolio --schedule snake_tptp_sat --cores 0 -t %d %s
% Computer : n028.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 : Wed Aug 31 17:09:29 EDT 2022
% Result : CounterSatisfiable 45.21s 6.07s
% Output : FiniteModel 45.21s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.10 % Problem : HWV048_2 : TPTP v8.1.0. Released v5.3.0.
% 0.00/0.10 % Command : vampire --input_syntax tptp --proof tptp --output_axiom_names on --mode portfolio --schedule snake_tptp_sat --cores 0 -t %d %s
% 0.09/0.30 % Computer : n028.cluster.edu
% 0.09/0.30 % Model : x86_64 x86_64
% 0.09/0.30 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.09/0.30 % Memory : 8042.1875MB
% 0.09/0.30 % OS : Linux 3.10.0-693.el7.x86_64
% 0.09/0.30 % CPULimit : 300
% 0.09/0.30 % WCLimit : 300
% 0.09/0.30 % DateTime : Mon Aug 29 23:14:17 EDT 2022
% 0.09/0.30 % CPUTime :
% 0.15/0.47 % (6996)fmb+10_1:1_fmbsr=2.0:nm=4:skr=on:i=51:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/51Mi)
% 0.15/0.48 % (6998)dis+2_1:64_add=large:bce=on:bd=off:i=2:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/2Mi)
% 0.15/0.48 % (6997)dis+10_1:1_fsd=on:sp=occurrence:i=7:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/7Mi)
% 0.15/0.48 % (7004)ins+10_1:1_awrs=decay:awrsf=30:bsr=unit_only:foolp=on:igrr=8/457:igs=10:igwr=on:nwc=1.5:sp=weighted_frequency:to=lpo:uhcvi=on:i=68:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/68Mi)
% 0.15/0.48 % (7014)ott+10_1:1_kws=precedence:tgt=ground:i=482:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/482Mi)
% 0.15/0.48 % (6998)Instruction limit reached!
% 0.15/0.48 % (6998)------------------------------
% 0.15/0.48 % (6998)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.48 % (6998)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.48 % (7013)ott+11_1:1_drc=off:nwc=5.0:slsq=on:slsqc=1:spb=goal_then_units:to=lpo:i=467:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/467Mi)
% 0.15/0.48 % (6998)Termination reason: Unknown
% 0.15/0.48 % (6998)Termination phase: Preprocessing 1
% 0.15/0.48
% 0.15/0.48 % (6998)Memory used [KB]: 1663
% 0.15/0.48 % (6998)Time elapsed: 0.004 s
% 0.15/0.48 % (6998)Instructions burned: 2 (million)
% 0.15/0.48 % (6998)------------------------------
% 0.15/0.48 % (6998)------------------------------
% 0.15/0.49 % (7006)dis+34_1:32_abs=on:add=off:bsr=on:gsp=on:sp=weighted_frequency:i=99:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/99Mi)
% 0.15/0.49 % (6997)Instruction limit reached!
% 0.15/0.49 % (6997)------------------------------
% 0.15/0.49 % (6997)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.49 % (7005)ott+11_2:3_av=off:fde=unused:nwc=5.0:tgt=ground:i=75:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/75Mi)
% 0.15/0.49 % (6997)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.49 % (6997)Termination reason: Unknown
% 0.15/0.49 % (6997)Termination phase: Preprocessing 3
% 0.15/0.49
% 0.15/0.49 % (6997)Memory used [KB]: 2174
% 0.15/0.49 % (6997)Time elapsed: 0.007 s
% 0.15/0.49 % (6997)Instructions burned: 7 (million)
% 0.15/0.49 % (6997)------------------------------
% 0.15/0.49 % (6997)------------------------------
% 0.15/0.50 % (7012)dis+21_1:1_av=off:er=filter:slsq=on:slsqc=0:slsqr=1,1:sp=frequency:to=lpo:i=498:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/498Mi)
% 0.15/0.52 % (7010)ott+10_1:8_bsd=on:fsd=on:lcm=predicate:nwc=5.0:s2a=on:s2at=1.5:spb=goal_then_units:i=176:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/176Mi)
% 0.15/0.53 % (6995)dis+34_1:32_abs=on:add=off:bsr=on:gsp=on:sp=weighted_frequency:i=48:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/48Mi)
% 0.15/0.53 % (6993)ott+10_1:32_bd=off:fsr=off:newcnf=on:tgt=full:i=51:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/51Mi)
% 0.15/0.53 % (7000)ott+2_1:1_fsr=off:gsp=on:i=50:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/50Mi)
% 0.15/0.53 % (6994)ott+33_1:4_s2a=on:tgt=ground:i=51:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/51Mi)
% 0.15/0.53 % (6992)ott+4_1:1_av=off:bd=off:nwc=5.0:s2a=on:s2at=2.0:slsq=on:slsqc=2:slsql=off:slsqr=1,2:sp=frequency:i=37:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/37Mi)
% 0.15/0.53 % (7001)ott+10_1:32_bd=off:fsr=off:newcnf=on:tgt=full:i=100:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/100Mi)
% 0.15/0.54 % (7003)ott+10_1:5_bd=off:tgt=full:i=99:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/99Mi)
% 0.15/0.54 % (7016)ins+10_1:1_awrs=decay:awrsf=30:bsr=unit_only:foolp=on:igrr=8/457:igs=10:igwr=on:nwc=1.5:sp=weighted_frequency:to=lpo:uhcvi=on:i=68:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/68Mi)
% 0.15/0.54 % (7002)ott+10_1:28_bd=off:bs=on:tgt=ground:i=101:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/101Mi)
% 0.15/0.54 % (7009)ott+4_1:1_av=off:bd=off:nwc=5.0:rp=on:s2a=on:s2at=2.0:slsq=on:slsqc=2:slsql=off:slsqr=1,2:sp=frequency:i=100:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/100Mi)
% 0.15/0.54 % (7011)ott+3_1:1_gsp=on:lcm=predicate:i=138:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/138Mi)
% 0.15/0.55 % (7018)ott+33_1:4_s2a=on:tgt=ground:i=439:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/439Mi)
% 0.15/0.55 % (7008)ott+10_1:1_tgt=ground:i=100:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/100Mi)
% 0.15/0.55 % (7017)ott+11_2:3_av=off:fde=unused:nwc=5.0:tgt=ground:i=177:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/177Mi)
% 0.15/0.55 % (7019)ott+10_7:2_awrs=decay:awrsf=8:bd=preordered:drc=off:fd=preordered:fde=unused:fsr=off:slsq=on:slsqc=2:slsqr=5,8:sp=const_min:spb=units:to=lpo:i=355:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/355Mi)
% 0.15/0.56 % (6996)Instruction limit reached!
% 0.15/0.56 % (6996)------------------------------
% 0.15/0.56 % (6996)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.56 % (6996)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.56 % (6996)Termination reason: Unknown
% 0.15/0.56 % (6996)Termination phase: Finite model building preprocessing
% 0.15/0.56
% 0.15/0.56 % (6996)Memory used [KB]: 7547
% 0.15/0.56 % (6996)Time elapsed: 0.035 s
% 0.15/0.56 % (6996)Instructions burned: 52 (million)
% 0.15/0.56 % (6996)------------------------------
% 0.15/0.56 % (6996)------------------------------
% 0.15/0.59 % (7007)fmb+10_1:1_bce=on:i=59:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/59Mi)
% 0.15/0.60 % (7004)Instruction limit reached!
% 0.15/0.60 % (7004)------------------------------
% 0.15/0.60 % (7004)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.60 % (7004)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.60 % (7004)Termination reason: Unknown
% 0.15/0.60 % (7004)Termination phase: Saturation
% 0.15/0.60
% 0.15/0.60 % (7004)Memory used [KB]: 8827
% 0.15/0.60 % (7004)Time elapsed: 0.059 s
% 0.15/0.60 % (7004)Instructions burned: 68 (million)
% 0.15/0.60 % (7004)------------------------------
% 0.15/0.60 % (7004)------------------------------
% 0.15/0.60 % (6999)ott-1_1:6_av=off:cond=on:fsr=off:nwc=3.0:i=51:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/51Mi)
% 0.15/0.61 % (7015)ott+10_1:5_bd=off:tgt=full:i=500:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/500Mi)
% 0.15/0.61 % (6991)ott+10_1:32_abs=on:br=off:urr=ec_only:i=50:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/50Mi)
% 0.15/0.62 % (6992)Instruction limit reached!
% 0.15/0.62 % (6992)------------------------------
% 0.15/0.62 % (6992)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.62 % (6992)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.62 % (6992)Termination reason: Unknown
% 0.15/0.62 % (6992)Termination phase: Saturation
% 0.15/0.62
% 0.15/0.62 % (6992)Memory used [KB]: 2814
% 0.15/0.62 % (6992)Time elapsed: 0.236 s
% 0.15/0.62 % (6992)Instructions burned: 38 (million)
% 0.15/0.62 % (6992)------------------------------
% 0.15/0.62 % (6992)------------------------------
% 0.15/0.62 % (7005)Instruction limit reached!
% 0.15/0.62 % (7005)------------------------------
% 0.15/0.62 % (7005)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.62 % (6990)fmb+10_1:1_bce=on:fmbsr=1.5:nm=4:skr=on:i=191324:si=on:rawr=on:rtra=on_0 on theBenchmark for (2999ds/191324Mi)
% 0.15/0.63 % (7005)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.63 % (7005)Termination reason: Unknown
% 0.15/0.63 % (7005)Termination phase: Saturation
% 0.15/0.63
% 0.15/0.63 % (7005)Memory used [KB]: 3326
% 0.15/0.63 % (7005)Time elapsed: 0.241 s
% 0.15/0.63 % (7005)Instructions burned: 75 (million)
% 0.15/0.63 % (7005)------------------------------
% 0.15/0.63 % (7005)------------------------------
% 0.15/0.64 % (6995)Instruction limit reached!
% 0.15/0.64 % (6995)------------------------------
% 0.15/0.64 % (6995)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.64 % (6995)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.64 % (6995)Termination reason: Unknown
% 0.15/0.64 % (6995)Termination phase: Saturation
% 0.15/0.64
% 0.15/0.64 % (6995)Memory used [KB]: 7547
% 0.15/0.64 % (6995)Time elapsed: 0.260 s
% 0.15/0.64 % (6995)Instructions burned: 48 (million)
% 0.15/0.64 % (6995)------------------------------
% 0.15/0.64 % (6995)------------------------------
% 0.15/0.64 % (6993)Instruction limit reached!
% 0.15/0.64 % (6993)------------------------------
% 0.15/0.64 % (6993)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.64 % (6993)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.64 % (6993)Termination reason: Unknown
% 0.15/0.64 % (6993)Termination phase: Saturation
% 0.15/0.64
% 0.15/0.64 % (6993)Memory used [KB]: 7931
% 0.15/0.64 % (6993)Time elapsed: 0.257 s
% 0.15/0.64 % (6993)Instructions burned: 51 (million)
% 0.15/0.64 % (6993)------------------------------
% 0.15/0.64 % (6993)------------------------------
% 0.15/0.64 % (6994)Instruction limit reached!
% 0.15/0.64 % (6994)------------------------------
% 0.15/0.64 % (6994)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.64 % (6994)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.64 % (6994)Termination reason: Unknown
% 0.15/0.64 % (6994)Termination phase: Saturation
% 0.15/0.64
% 0.15/0.64 % (6994)Memory used [KB]: 7419
% 0.15/0.64 % (6994)Time elapsed: 0.243 s
% 0.15/0.64 % (6994)Instructions burned: 51 (million)
% 0.15/0.64 % (6994)------------------------------
% 0.15/0.64 % (6994)------------------------------
% 0.15/0.64 % (7000)Instruction limit reached!
% 0.15/0.64 % (7000)------------------------------
% 0.15/0.64 % (7000)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.64 % (7000)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.64 % (7000)Termination reason: Unknown
% 0.15/0.64 % (7000)Termination phase: Saturation
% 0.15/0.64
% 0.15/0.64 % (7000)Memory used [KB]: 7547
% 0.15/0.64 % (7000)Time elapsed: 0.262 s
% 0.15/0.64 % (7000)Instructions burned: 50 (million)
% 0.15/0.64 % (7000)------------------------------
% 0.15/0.64 % (7000)------------------------------
% 0.15/0.66 % (7020)dis+34_1:32_abs=on:add=off:bsr=on:gsp=on:sp=weighted_frequency:i=388:si=on:rawr=on:rtra=on_0 on theBenchmark for (2998ds/388Mi)
% 0.15/0.66 % (7021)ott-1_1:6_av=off:cond=on:fsr=off:nwc=3.0:i=211:si=on:rawr=on:rtra=on_0 on theBenchmark for (2998ds/211Mi)
% 0.15/0.68 % (7006)Instruction limit reached!
% 0.15/0.68 % (7006)------------------------------
% 0.15/0.68 % (7006)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.68 % (7006)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.68 % (7006)Termination reason: Unknown
% 0.15/0.68 % (7006)Termination phase: Saturation
% 0.15/0.68
% 0.15/0.68 % (7006)Memory used [KB]: 9210
% 0.15/0.68 % (7006)Time elapsed: 0.292 s
% 0.15/0.68 % (7006)Instructions burned: 99 (million)
% 0.15/0.68 % (7006)------------------------------
% 0.15/0.68 % (7006)------------------------------
% 0.15/0.68 % (7016)Instruction limit reached!
% 0.15/0.68 % (7016)------------------------------
% 0.15/0.68 % (7016)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 0.15/0.68 % (7016)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 0.15/0.68 % (7016)Termination reason: Unknown
% 0.15/0.68 % (7016)Termination phase: Saturation
% 0.15/0.68
% 0.15/0.68 % (7016)Memory used [KB]: 8827
% 0.15/0.68 % (7016)Time elapsed: 0.045 s
% 0.15/0.68 % (7016)Instructions burned: 68 (million)
% 0.15/0.68 % (7016)------------------------------
% 0.15/0.68 % (7016)------------------------------
% 0.15/0.72 % (7022)dis+22_1:128_bsd=on:rp=on:slsq=on:slsqc=1:slsqr=1,6:sp=frequency:spb=goal:thsq=on:thsqc=16:thsqd=1:thsql=off:i=90:si=on:rawr=on:rtra=on_0 on theBenchmark for (2997ds/90Mi)
% 3.15/0.75 % (7003)Instruction limit reached!
% 3.15/0.75 % (7003)------------------------------
% 3.15/0.75 % (7003)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.15/0.75 % (7003)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.15/0.75 % (7003)Termination reason: Unknown
% 3.15/0.75 % (7003)Termination phase: Saturation
% 3.15/0.75
% 3.15/0.75 % (7003)Memory used [KB]: 10106
% 3.15/0.75 % (7003)Time elapsed: 0.348 s
% 3.15/0.75 % (7003)Instructions burned: 99 (million)
% 3.15/0.75 % (7003)------------------------------
% 3.15/0.75 % (7003)------------------------------
% 3.32/0.76 % (7002)Instruction limit reached!
% 3.32/0.76 % (7002)------------------------------
% 3.32/0.76 % (7002)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.77 % (7009)Instruction limit reached!
% 3.32/0.77 % (7009)------------------------------
% 3.32/0.77 % (7009)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.77 % (7009)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.77 % (7009)Termination reason: Unknown
% 3.32/0.77 % (7009)Termination phase: Saturation
% 3.32/0.77
% 3.32/0.77 % (7009)Memory used [KB]: 3198
% 3.32/0.77 % (7009)Time elapsed: 0.383 s
% 3.32/0.77 % (7009)Instructions burned: 100 (million)
% 3.32/0.77 % (7009)------------------------------
% 3.32/0.77 % (7009)------------------------------
% 3.32/0.77 % (7007)Instruction limit reached!
% 3.32/0.77 % (7007)------------------------------
% 3.32/0.77 % (7007)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.77 % (7007)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.77 % (7007)Termination reason: Unknown
% 3.32/0.77 % (7007)Termination phase: Blocked clause elimination
% 3.32/0.77
% 3.32/0.77 % (7007)Memory used [KB]: 3454
% 3.32/0.77 % (7007)Time elapsed: 0.038 s
% 3.32/0.77 % (7007)Instructions burned: 60 (million)
% 3.32/0.77 % (7007)------------------------------
% 3.32/0.77 % (7007)------------------------------
% 3.32/0.77 % (6999)Instruction limit reached!
% 3.32/0.77 % (6999)------------------------------
% 3.32/0.77 % (6999)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.77 % (6999)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.77 % (6999)Termination reason: Unknown
% 3.32/0.77 % (6999)Termination phase: Saturation
% 3.32/0.77
% 3.32/0.77 % (6999)Memory used [KB]: 2558
% 3.32/0.77 % (6999)Time elapsed: 0.037 s
% 3.32/0.77 % (6999)Instructions burned: 52 (million)
% 3.32/0.77 % (6999)------------------------------
% 3.32/0.77 % (6999)------------------------------
% 3.32/0.77 % (7002)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.77 % (7002)Termination reason: Unknown
% 3.32/0.77 % (7002)Termination phase: Saturation
% 3.32/0.77
% 3.32/0.77 % (7002)Memory used [KB]: 9210
% 3.32/0.77 % (7002)Time elapsed: 0.361 s
% 3.32/0.77 % (7002)Instructions burned: 101 (million)
% 3.32/0.77 % (7002)------------------------------
% 3.32/0.77 % (7002)------------------------------
% 3.32/0.78 % (7024)ott+1_1:7_bd=off:i=934:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/934Mi)
% 3.32/0.78 % (7001)Instruction limit reached!
% 3.32/0.78 % (7001)------------------------------
% 3.32/0.78 % (7001)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.78 % (7001)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.78 % (7001)Termination reason: Unknown
% 3.32/0.78 % (7001)Termination phase: Saturation
% 3.32/0.78
% 3.32/0.78 % (7001)Memory used [KB]: 10490
% 3.32/0.78 % (7001)Time elapsed: 0.401 s
% 3.32/0.78 % (7001)Instructions burned: 100 (million)
% 3.32/0.78 % (7001)------------------------------
% 3.32/0.78 % (7001)------------------------------
% 3.32/0.78 % (6991)Instruction limit reached!
% 3.32/0.78 % (6991)------------------------------
% 3.32/0.78 % (6991)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.78 % (6991)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.78 % (6991)Termination reason: Unknown
% 3.32/0.78 % (6991)Termination phase: Saturation
% 3.32/0.78
% 3.32/0.78 % (6991)Memory used [KB]: 7675
% 3.32/0.78 % (6991)Time elapsed: 0.351 s
% 3.32/0.78 % (6991)Instructions burned: 50 (million)
% 3.32/0.78 % (6991)------------------------------
% 3.32/0.78 % (6991)------------------------------
% 3.32/0.79 % (7008)Instruction limit reached!
% 3.32/0.79 % (7008)------------------------------
% 3.32/0.79 % (7008)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.79 % (7008)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.79 % (7008)Termination reason: Unknown
% 3.32/0.79 % (7008)Termination phase: Saturation
% 3.32/0.79
% 3.32/0.79 % (7008)Memory used [KB]: 10618
% 3.32/0.79 % (7008)Time elapsed: 0.406 s
% 3.32/0.79 % (7008)Instructions burned: 101 (million)
% 3.32/0.79 % (7008)------------------------------
% 3.32/0.79 % (7008)------------------------------
% 3.32/0.80 % (7011)Instruction limit reached!
% 3.32/0.80 % (7011)------------------------------
% 3.32/0.80 % (7011)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 3.32/0.80 % (7011)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 3.32/0.80 % (7011)Termination reason: Unknown
% 3.32/0.80 % (7011)Termination phase: Saturation
% 3.32/0.80
% 3.32/0.80 % (7011)Memory used [KB]: 10362
% 3.32/0.80 % (7011)Time elapsed: 0.373 s
% 3.32/0.80 % (7011)Instructions burned: 139 (million)
% 3.32/0.80 % (7011)------------------------------
% 3.32/0.80 % (7011)------------------------------
% 3.84/0.83 % (7025)ott+10_1:50_bsr=unit_only:drc=off:fd=preordered:sp=frequency:i=747:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/747Mi)
% 4.07/0.86 WARNING Broken Constraint: if sine_depth(2) has been set then sine_selection(off) is not equal to off
% 4.07/0.86 % (7030)ott+11_4:1_br=off:fde=none:s2a=on:sd=2:sp=frequency:urr=on:i=981:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/981Mi)
% 4.07/0.87 % (7027)ins+10_1:1_awrs=decay:awrsf=30:bsr=unit_only:foolp=on:igrr=8/457:igs=10:igwr=on:nwc=1.5:sp=weighted_frequency:to=lpo:uhcvi=on:i=68:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/68Mi)
% 4.07/0.88 % (7026)dis+21_1:1_av=off:er=filter:slsq=on:slsqc=0:slsqr=1,1:sp=frequency:to=lpo:i=655:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/655Mi)
% 4.07/0.89 % (7028)dis+34_1:32_abs=on:add=off:bsr=on:gsp=on:sp=weighted_frequency:i=940:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/940Mi)
% 4.07/0.89 % (7010)Instruction limit reached!
% 4.07/0.89 % (7010)------------------------------
% 4.07/0.89 % (7010)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 4.07/0.89 % (7010)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 4.07/0.89 % (7010)Termination reason: Unknown
% 4.07/0.89 % (7010)Termination phase: Saturation
% 4.07/0.89
% 4.07/0.89 % (7010)Memory used [KB]: 16119
% 4.07/0.89 % (7010)Time elapsed: 0.468 s
% 4.07/0.89 % (7010)Instructions burned: 176 (million)
% 4.07/0.89 % (7010)------------------------------
% 4.07/0.89 % (7010)------------------------------
% 4.07/0.89 % (7022)Instruction limit reached!
% 4.07/0.89 % (7022)------------------------------
% 4.07/0.89 % (7022)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 4.07/0.89 % (7022)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 4.07/0.89 % (7022)Termination reason: Unknown
% 4.07/0.89 % (7022)Termination phase: Saturation
% 4.07/0.89
% 4.07/0.89 % (7022)Memory used [KB]: 8187
% 4.07/0.89 % (7022)Time elapsed: 0.229 s
% 4.07/0.89 % (7022)Instructions burned: 90 (million)
% 4.07/0.89 % (7022)------------------------------
% 4.07/0.89 % (7022)------------------------------
% 4.07/0.90 % (7017)Instruction limit reached!
% 4.07/0.90 % (7017)------------------------------
% 4.07/0.90 % (7017)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 4.07/0.90 % (7017)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 4.07/0.90 % (7017)Termination reason: Unknown
% 4.07/0.90 % (7017)Termination phase: Saturation
% 4.07/0.90
% 4.07/0.90 % (7017)Memory used [KB]: 5628
% 4.07/0.90 % (7017)Time elapsed: 0.446 s
% 4.07/0.90 % (7017)Instructions burned: 178 (million)
% 4.07/0.90 % (7017)------------------------------
% 4.07/0.90 % (7017)------------------------------
% 4.07/0.90 % (7032)dis+21_1:1_av=off:er=filter:slsq=on:slsqc=0:slsqr=1,1:sp=frequency:to=lpo:i=2016:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/2016Mi)
% 4.07/0.90 % (7031)dis+22_1:128_bsd=on:rp=on:slsq=on:slsqc=1:slsqr=1,6:sp=frequency:spb=goal:thsq=on:thsqc=16:thsqd=1:thsql=off:i=90:si=on:rawr=on:rtra=on_0 on theBenchmark for (2996ds/90Mi)
% 4.07/0.93 % (7033)dis+10_1:2_atotf=0.3:i=3735:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/3735Mi)
% 4.55/0.95 % (7023)ott+1_1:2_i=920:si=on:rawr=on:rtra=on_0 on theBenchmark for (2997ds/920Mi)
% 4.55/0.96 % (7038)ins+10_1:1_awrs=decay:awrsf=30:bsr=unit_only:foolp=on:igrr=8/457:igs=10:igwr=on:nwc=1.5:sp=weighted_frequency:to=lpo:uhcvi=on:i=68:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/68Mi)
% 4.55/0.97 % (7040)dis+34_1:32_abs=on:add=off:bsr=on:gsp=on:sp=weighted_frequency:i=2134:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/2134Mi)
% 4.69/1.00 % (7036)ott+10_1:1_kws=precedence:tgt=ground:i=4756:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/4756Mi)
% 4.69/1.01 % (7041)ott-1_1:1_sp=const_frequency:i=2891:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/2891Mi)
% 4.69/1.01 % (7039)ott+11_9:8_amm=off:bsd=on:etr=on:fsd=on:fsr=off:lma=on:newcnf=on:nm=0:nwc=3.0:s2a=on:s2agt=10:sas=z3:tha=some:i=1824:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/1824Mi)
% 4.69/1.02 % (7027)Instruction limit reached!
% 4.69/1.02 % (7027)------------------------------
% 4.69/1.02 % (7027)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 4.69/1.03 % (7027)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 4.69/1.03 % (7027)Termination reason: Unknown
% 4.69/1.03 % (7027)Termination phase: Saturation
% 4.69/1.03
% 4.69/1.03 % (7027)Memory used [KB]: 8827
% 4.69/1.03 % (7027)Time elapsed: 0.048 s
% 4.69/1.03 % (7027)Instructions burned: 69 (million)
% 4.69/1.03 % (7027)------------------------------
% 4.69/1.03 % (7027)------------------------------
% 5.04/1.05 % (7012)Instruction limit reached!
% 5.04/1.05 % (7012)------------------------------
% 5.04/1.05 % (7012)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.04/1.06 % (7042)dis+2_1:64_add=large:bce=on:bd=off:i=4585:si=on:rawr=on:rtra=on_0 on theBenchmark for (2994ds/4585Mi)
% 5.04/1.06 % (7012)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.04/1.06 % (7012)Termination reason: Unknown
% 5.04/1.06 % (7012)Termination phase: Saturation
% 5.04/1.06
% 5.04/1.06 % (7012)Memory used [KB]: 5756
% 5.04/1.06 % (7012)Time elapsed: 0.531 s
% 5.04/1.06 % (7012)Instructions burned: 499 (million)
% 5.04/1.06 % (7012)------------------------------
% 5.04/1.06 % (7012)------------------------------
% 5.04/1.07 % (7021)Instruction limit reached!
% 5.04/1.07 % (7021)------------------------------
% 5.04/1.07 % (7021)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.04/1.08 % (7021)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.04/1.08 % (7021)Termination reason: Unknown
% 5.04/1.08 % (7021)Termination phase: Saturation
% 5.04/1.08
% 5.04/1.08 % (7021)Memory used [KB]: 5373
% 5.04/1.08 % (7021)Time elapsed: 0.468 s
% 5.04/1.08 % (7021)Instructions burned: 211 (million)
% 5.04/1.08 % (7021)------------------------------
% 5.04/1.08 % (7021)------------------------------
% 5.04/1.08 % (7038)Instruction limit reached!
% 5.04/1.08 % (7038)------------------------------
% 5.04/1.08 % (7038)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.04/1.08 % (7038)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.04/1.08 % (7038)Termination reason: Unknown
% 5.04/1.08 % (7038)Termination phase: Saturation
% 5.04/1.08
% 5.04/1.08 % (7038)Memory used [KB]: 8955
% 5.04/1.08 % (7038)Time elapsed: 0.048 s
% 5.04/1.08 % (7038)Instructions burned: 68 (million)
% 5.04/1.08 % (7038)------------------------------
% 5.04/1.08 % (7038)------------------------------
% 5.04/1.09 % (7031)Instruction limit reached!
% 5.04/1.09 % (7031)------------------------------
% 5.04/1.09 % (7031)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.04/1.10 % (7044)dis+21_1:1_av=off:er=filter:slsq=on:slsqc=0:slsqr=1,1:sp=frequency:to=lpo:i=2016:si=on:rawr=on:rtra=on_0 on theBenchmark for (2994ds/2016Mi)
% 5.04/1.11 % (7034)ott+11_9:8_add=large:afp=10:amm=off:fsd=on:fsr=off:lma=on:nm=0:nwc=2.4:s2a=on:s2agt=10:sas=z3:sp=reverse_arity:tha=some:thi=overlap:i=4958:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/4958Mi)
% 5.04/1.11 % (7031)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.04/1.11 % (7031)Termination reason: Unknown
% 5.04/1.11 % (7031)Termination phase: Saturation
% 5.04/1.11
% 5.04/1.11 % (7031)Memory used [KB]: 8443
% 5.04/1.11 % (7031)Time elapsed: 0.370 s
% 5.04/1.11 % (7031)Instructions burned: 90 (million)
% 5.04/1.11 % (7031)------------------------------
% 5.04/1.11 % (7031)------------------------------
% 5.44/1.12 % (7043)dis+22_1:128_bsd=on:rp=on:slsq=on:slsqc=1:slsqr=1,6:sp=frequency:spb=goal:thsq=on:thsqc=16:thsqd=1:thsql=off:i=90:si=on:rawr=on:rtra=on_0 on theBenchmark for (2994ds/90Mi)
% 5.44/1.13 % (7035)ott+10_1:32_bd=off:fsr=off:newcnf=on:tgt=full:i=4959:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/4959Mi)
% 5.44/1.15 % (7037)ott+3_1:1_atotf=0.2:fsr=off:kws=precedence:sp=weighted_frequency:spb=intro:tgt=ground:i=4931:si=on:rawr=on:rtra=on_0 on theBenchmark for (2995ds/4931Mi)
% 5.61/1.22 % (7047)ott+11_9:8_add=large:afp=10:amm=off:fsd=on:fsr=off:lma=on:nm=0:nwc=2.4:s2a=on:s2agt=10:sas=z3:sp=reverse_arity:tha=some:thi=overlap:i=9965:si=on:rawr=on:rtra=on_0 on theBenchmark for (2992ds/9965Mi)
% 5.61/1.22 % (7013)Instruction limit reached!
% 5.61/1.22 % (7013)------------------------------
% 5.61/1.22 % (7013)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.61/1.22 % (7013)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.61/1.22 % (7013)Termination reason: Unknown
% 5.61/1.22 % (7013)Termination phase: Saturation
% 5.61/1.22
% 5.61/1.22 % (7013)Memory used [KB]: 13560
% 5.61/1.22 % (7013)Time elapsed: 0.822 s
% 5.61/1.22 % (7013)Instructions burned: 468 (million)
% 5.61/1.22 % (7013)------------------------------
% 5.61/1.22 % (7013)------------------------------
% 5.61/1.27 % (7049)ins+10_1:16_bce=on:fde=unused:igpr=on:igs=35:igwr=on:sp=const_frequency:tgt=full:to=lpo:i=9902:si=on:rawr=on:rtra=on_0 on theBenchmark for (2992ds/9902Mi)
% 5.61/1.27 % (7019)Instruction limit reached!
% 5.61/1.27 % (7019)------------------------------
% 5.61/1.27 % (7019)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 5.61/1.27 % (7019)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 5.61/1.27 % (7019)Termination reason: Unknown
% 5.61/1.27 % (7019)Termination phase: Saturation
% 5.61/1.27
% 5.61/1.27 % (7019)Memory used [KB]: 29679
% 5.61/1.27 % (7019)Time elapsed: 0.870 s
% 5.61/1.27 % (7019)Instructions burned: 355 (million)
% 5.61/1.27 % (7019)------------------------------
% 5.61/1.27 % (7019)------------------------------
% 7.33/1.29 % (7048)ott+10_1:32_bd=off:fsr=off:newcnf=on:tgt=full:i=9877:si=on:rawr=on:rtra=on_0 on theBenchmark for (2992ds/9877Mi)
% 7.33/1.31 % (7050)ott+11_9:8_amm=off:bsd=on:etr=on:fsd=on:fsr=off:lma=on:newcnf=on:nm=0:nwc=3.0:s2a=on:s2agt=10:sas=z3:tha=some:i=1824:si=on:rawr=on:rtra=on_0 on theBenchmark for (2991ds/1824Mi)
% 7.73/1.33 % (7046)dis+10_1:2_atotf=0.3:i=8004:si=on:rawr=on:rtra=on_0 on theBenchmark for (2992ds/8004Mi)
% 7.73/1.34 % (7043)Instruction limit reached!
% 7.73/1.34 % (7043)------------------------------
% 7.73/1.34 % (7043)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 7.73/1.34 % (7043)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 7.73/1.34 % (7043)Termination reason: Unknown
% 7.73/1.34 % (7043)Termination phase: Saturation
% 7.73/1.34
% 7.73/1.34 % (7043)Memory used [KB]: 8827
% 7.73/1.34 % (7043)Time elapsed: 0.393 s
% 7.73/1.34 % (7043)Instructions burned: 90 (million)
% 7.73/1.34 % (7043)------------------------------
% 7.73/1.34 % (7043)------------------------------
% 7.73/1.36 Detected maximum model sizes of [205]
% 7.73/1.36 TRYING [1]
% 7.73/1.36 TRYING [2]
% 8.15/1.40 TRYING [3]
% 8.15/1.44 % (7051)dis+2_1:64_add=large:bce=on:bd=off:i=9989:si=on:rawr=on:rtra=on_0 on theBenchmark for (2990ds/9989Mi)
% 8.74/1.47 % (7052)ott-11_1:32_i=9707:si=on:rawr=on:rtra=on_0 on theBenchmark for (2990ds/9707Mi)
% 8.97/1.48 TRYING [4]
% 8.97/1.49 % (7020)Instruction limit reached!
% 8.97/1.49 % (7020)------------------------------
% 8.97/1.49 % (7020)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 8.97/1.49 % (7020)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 8.97/1.49 % (7020)Termination reason: Unknown
% 8.97/1.49 % (7020)Termination phase: Saturation
% 8.97/1.49
% 8.97/1.49 % (7020)Memory used [KB]: 23411
% 8.97/1.49 % (7020)Time elapsed: 0.959 s
% 8.97/1.49 % (7020)Instructions burned: 389 (million)
% 8.97/1.49 % (7020)------------------------------
% 8.97/1.49 % (7020)------------------------------
% 8.97/1.50 % (7014)Instruction limit reached!
% 8.97/1.50 % (7014)------------------------------
% 8.97/1.50 % (7014)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 8.97/1.50 % (7014)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 8.97/1.50 % (7014)Termination reason: Unknown
% 8.97/1.50 % (7014)Termination phase: Saturation
% 8.97/1.50
% 8.97/1.50 % (7014)Memory used [KB]: 33645
% 8.97/1.50 % (7014)Time elapsed: 1.063 s
% 8.97/1.50 % (7014)Instructions burned: 483 (million)
% 8.97/1.50 % (7014)------------------------------
% 8.97/1.50 % (7014)------------------------------
% 9.41/1.57 % (7018)Instruction limit reached!
% 9.41/1.57 % (7018)------------------------------
% 9.41/1.57 % (7018)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 9.41/1.59 % (7054)dis+22_1:128_bsd=on:rp=on:slsq=on:slsqc=1:slsqr=1,6:sp=frequency:spb=goal:thsq=on:thsqc=16:thsqd=1:thsql=off:i=90:si=on:rawr=on:rtra=on_0 on theBenchmark for (2989ds/90Mi)
% 9.41/1.59 % (7018)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 9.41/1.59 % (7018)Termination reason: Unknown
% 9.41/1.59 % (7018)Termination phase: Saturation
% 9.41/1.59
% 9.41/1.59 % (7018)Memory used [KB]: 31214
% 9.41/1.59 % (7018)Time elapsed: 1.195 s
% 9.41/1.59 % (7018)Instructions burned: 439 (million)
% 9.41/1.59 % (7018)------------------------------
% 9.41/1.59 % (7018)------------------------------
% 9.41/1.60 TRYING [5]
% 10.28/1.70 % (7055)ott+3_1:1_abs=on:anc=none:bs=on:fsr=off:spb=goal_then_units:i=44001:si=on:rawr=on:rtra=on_0 on theBenchmark for (2988ds/44001Mi)
% 10.28/1.71 % (7056)ott+11_9:8_add=large:afp=10:amm=off:fsd=on:fsr=off:lma=on:nm=0:nwc=2.4:s2a=on:s2agt=10:sas=z3:sp=reverse_arity:tha=some:thi=overlap:i=4958:si=on:rawr=on:rtra=on_0 on theBenchmark for (2988ds/4958Mi)
% 10.98/1.81 TRYING [6]
% 10.98/1.81 % (7054)Instruction limit reached!
% 10.98/1.81 % (7054)------------------------------
% 10.98/1.81 % (7054)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 10.98/1.81 % (7054)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 10.98/1.81 % (7054)Termination reason: Unknown
% 10.98/1.81 % (7054)Termination phase: Saturation
% 10.98/1.81
% 10.98/1.81 % (7054)Memory used [KB]: 9210
% 10.98/1.81 % (7054)Time elapsed: 0.401 s
% 10.98/1.81 % (7054)Instructions burned: 91 (million)
% 10.98/1.81 % (7054)------------------------------
% 10.98/1.81 % (7054)------------------------------
% 12.92/2.00 % (7059)ott+1_27:428_av=off:awrs=converge:awrsf=8:bsr=unit_only:drc=off:fd=preordered:newcnf=on:nwc=1.5:skr=on:slsq=on:slsqc=2:slsql=off:slsqr=1,4:sp=reverse_frequency:uwa=one_side_constant:i=35256:si=on:rawr=on:rtra=on_0 on theBenchmark for (2987ds/35256Mi)
% 13.63/2.07 % (7061)dis+1002_1:1_fde=unused:nwc=10.0:s2a=on:s2at=3.0:sac=on:i=32293:si=on:rawr=on:rtra=on_0 on theBenchmark for (2985ds/32293Mi)
% 13.63/2.08 TRYING [7]
% 13.63/2.10 % (7026)Instruction limit reached!
% 13.63/2.10 % (7026)------------------------------
% 13.63/2.10 % (7026)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 13.63/2.10 % (7026)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 13.63/2.10 % (7026)Termination reason: Unknown
% 13.63/2.10 % (7026)Termination phase: Saturation
% 13.63/2.10
% 13.63/2.10 % (7026)Memory used [KB]: 5756
% 13.63/2.10 % (7026)Time elapsed: 0.906 s
% 13.63/2.10 % (7026)Instructions burned: 656 (million)
% 13.63/2.10 % (7026)------------------------------
% 13.63/2.10 % (7026)------------------------------
% 15.01/2.25 % (7025)Instruction limit reached!
% 15.01/2.25 % (7025)------------------------------
% 15.01/2.25 % (7025)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 15.01/2.25 % (7025)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 15.01/2.25 % (7025)Termination reason: Unknown
% 15.01/2.25 % (7025)Termination phase: Saturation
% 15.01/2.25
% 15.01/2.25 % (7025)Memory used [KB]: 35564
% 15.01/2.25 % (7025)Time elapsed: 1.536 s
% 15.01/2.25 % (7025)Instructions burned: 747 (million)
% 15.01/2.25 % (7025)------------------------------
% 15.01/2.25 % (7025)------------------------------
% 16.69/2.48 TRYING [8]
% 17.00/2.50 % (7066)ott+10_1:32_bd=off:fsr=off:newcnf=on:tgt=full:i=10187:si=on:rawr=on:rtra=on_0 on theBenchmark for (2980ds/10187Mi)
% 17.00/2.50 % (7065)ott+21_1:28_afr=on:anc=all_dependent:bs=on:bsr=unit_only:nicw=on:sp=const_frequency:uhcvi=on:i=37001:si=on:rawr=on:rtra=on_0 on theBenchmark for (2982ds/37001Mi)
% 17.00/2.50 % (7024)Instruction limit reached!
% 17.00/2.50 % (7024)------------------------------
% 17.00/2.50 % (7024)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 17.00/2.50 % (7024)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 17.00/2.50 % (7024)Termination reason: Unknown
% 17.00/2.50 % (7024)Termination phase: Saturation
% 17.00/2.50
% 17.00/2.50 % (7024)Memory used [KB]: 35564
% 17.00/2.50 % (7024)Time elapsed: 1.814 s
% 17.00/2.50 % (7024)Instructions burned: 934 (million)
% 17.00/2.50 % (7024)------------------------------
% 17.00/2.50 % (7024)------------------------------
% 17.00/2.52 % (7015)Instruction limit reached!
% 17.00/2.52 % (7015)------------------------------
% 17.00/2.52 % (7015)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 17.00/2.52 % (7015)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 17.00/2.52 % (7015)Termination reason: Unknown
% 17.00/2.52 % (7015)Termination phase: Saturation
% 17.00/2.52
% 17.00/2.52 % (7015)Memory used [KB]: 32750
% 17.00/2.52 % (7015)Time elapsed: 1.858 s
% 17.00/2.52 % (7015)Instructions burned: 500 (million)
% 17.00/2.52 % (7015)------------------------------
% 17.00/2.52 % (7015)------------------------------
% 18.39/2.71 % (7067)ott+3_1:1_atotf=0.2:fsr=off:kws=precedence:sp=weighted_frequency:spb=intro:tgt=ground:i=29337:si=on:rawr=on:rtra=on_0 on theBenchmark for (2978ds/29337Mi)
% 18.39/2.74 % (7030)Instruction limit reached!
% 18.39/2.74 % (7030)------------------------------
% 18.39/2.74 % (7030)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 18.39/2.74 % (7030)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 18.39/2.74 % (7030)Termination reason: Unknown
% 18.39/2.74 % (7030)Termination phase: Saturation
% 18.39/2.74
% 18.39/2.74 % (7030)Memory used [KB]: 20468
% 18.39/2.74 % (7030)Time elapsed: 1.995 s
% 18.39/2.74 % (7030)Instructions burned: 981 (million)
% 18.39/2.74 % (7030)------------------------------
% 18.39/2.74 % (7030)------------------------------
% 19.31/2.79 % (7044)Instruction limit reached!
% 19.31/2.79 % (7044)------------------------------
% 19.31/2.79 % (7044)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 19.31/2.80 % (7044)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 19.31/2.80 % (7044)Termination reason: Unknown
% 19.31/2.80 % (7044)Termination phase: Saturation
% 19.31/2.80
% 19.31/2.80 % (7044)Memory used [KB]: 5756
% 19.31/2.80 % (7044)Time elapsed: 0.955 s
% 19.31/2.80 % (7044)Instructions burned: 2019 (million)
% 19.31/2.80 % (7044)------------------------------
% 19.31/2.80 % (7044)------------------------------
% 19.79/2.93 % (7068)ins+10_1:16_bce=on:fde=unused:igpr=on:igs=35:igwr=on:sp=const_frequency:tgt=full:to=lpo:i=10147:si=on:rawr=on:rtra=on_0 on theBenchmark for (2977ds/10147Mi)
% 19.79/2.94 % (7071)fmb+10_1:1_dr=on:fmbsr=2.0:newcnf=on:nm=2:i=33239:si=on:rawr=on:rtra=on_0 on theBenchmark for (2975ds/33239Mi)
% 20.62/2.98 TRYING [9]
% 20.97/3.00 Detected maximum model sizes of [205]
% 20.97/3.00 TRYING [1]
% 20.97/3.01 % (7070)fmb+10_1:1_fmbsr=2.0:nm=4:skr=on:i=38056:si=on:rawr=on:rtra=on_0 on theBenchmark for (2975ds/38056Mi)
% 20.97/3.01 TRYING [2]
% 20.97/3.02 TRYING [3]
% 20.97/3.05 TRYING [4]
% 21.80/3.11 TRYING [5]
% 21.97/3.12 Detected maximum model sizes of [205]
% 21.97/3.12 TRYING [1]
% 21.97/3.12 TRYING [2]
% 22.11/3.15 TRYING [3]
% 22.11/3.20 TRYING [6]
% 22.81/3.23 TRYING [4]
% 23.33/3.31 TRYING [7]
% 23.33/3.31 TRYING [5]
% 24.70/3.46 TRYING [6]
% 24.70/3.49 TRYING [8]
% 24.70/3.52 % (7040)Instruction limit reached!
% 24.70/3.52 % (7040)------------------------------
% 24.70/3.52 % (7040)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 24.70/3.52 % (7040)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 24.70/3.52 % (7040)Termination reason: Unknown
% 24.70/3.52 % (7040)Termination phase: Saturation
% 24.70/3.52
% 24.70/3.52 % (7040)Memory used [KB]: 39274
% 24.70/3.52 % (7040)Time elapsed: 2.599 s
% 24.70/3.52 % (7040)Instructions burned: 2134 (million)
% 24.70/3.52 % (7040)------------------------------
% 24.70/3.52 % (7040)------------------------------
% 25.96/3.61 TRYING [9]
% 25.96/3.64 TRYING [10]
% 26.41/3.73 TRYING [7]
% 27.06/3.76 TRYING [10]
% 27.29/3.81 % (7028)Instruction limit reached!
% 27.29/3.81 % (7028)------------------------------
% 27.29/3.81 % (7028)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 27.29/3.81 % (7028)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 27.29/3.81 % (7028)Termination reason: Unknown
% 27.29/3.81 % (7028)Termination phase: Saturation
% 27.29/3.81
% 27.29/3.81 % (7028)Memory used [KB]: 34668
% 27.29/3.81 % (7028)Time elapsed: 3.114 s
% 27.29/3.81 % (7028)Instructions burned: 940 (million)
% 27.29/3.81 % (7028)------------------------------
% 27.29/3.81 % (7028)------------------------------
% 27.73/3.87 % (7074)fmb+10_1:1_fmbas=predicate:gsp=on:nm=2:i=20987:si=on:rawr=on:rtra=on_0 on theBenchmark for (2967ds/20987Mi)
% 28.28/3.92 TRYING [11]
% 28.73/4.01 Detected maximum model sizes of [205]
% 28.73/4.02 TRYING [1]
% 28.73/4.04 TRYING [2]
% 29.37/4.06 TRYING [3]
% 29.87/4.11 TRYING [8]
% 29.87/4.11 % (7041)Instruction limit reached!
% 29.87/4.11 % (7041)------------------------------
% 29.87/4.11 % (7041)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 29.87/4.11 % (7041)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 29.87/4.11 % (7041)Termination reason: Unknown
% 29.87/4.11 % (7041)Termination phase: Saturation
% 29.87/4.11
% 29.87/4.11 % (7041)Memory used [KB]: 30447
% 29.87/4.11 % (7041)Time elapsed: 3.236 s
% 29.87/4.11 % (7041)Instructions burned: 2891 (million)
% 29.87/4.11 % (7041)------------------------------
% 29.87/4.11 % (7041)------------------------------
% 29.87/4.14 TRYING [4]
% 29.87/4.15 TRYING [12]
% 30.37/4.17 % (7050)Instruction limit reached!
% 30.37/4.17 % (7050)------------------------------
% 30.37/4.17 % (7050)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 30.37/4.17 % (7050)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 30.37/4.17 % (7050)Termination reason: Unknown
% 30.37/4.17 % (7050)Termination phase: Saturation
% 30.37/4.17
% 30.37/4.17 % (7050)Memory used [KB]: 5628
% 30.37/4.17 % (7050)Time elapsed: 2.944 s
% 30.37/4.17 % (7050)Instructions burned: 1824 (million)
% 30.37/4.17 % (7050)------------------------------
% 30.37/4.17 % (7050)------------------------------
% 30.72/4.24 % (7076)dis+2_1:64_add=large:bce=on:bd=off:i=19144:si=on:rawr=on:rtra=on_0 on theBenchmark for (2961ds/19144Mi)
% 30.72/4.24 % (7032)Instruction limit reached!
% 30.72/4.24 % (7032)------------------------------
% 30.72/4.24 % (7032)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 30.72/4.24 % (7032)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 30.72/4.24 % (7032)Termination reason: Unknown
% 30.72/4.24 % (7032)Termination phase: Saturation
% 30.72/4.24
% 30.72/4.24 % (7032)Memory used [KB]: 5756
% 30.72/4.24 % (7032)Time elapsed: 1.352 s
% 30.72/4.24 % (7032)Instructions burned: 2018 (million)
% 30.72/4.24 % (7032)------------------------------
% 30.72/4.24 % (7032)------------------------------
% 30.72/4.24 TRYING [5]
% 30.97/4.25 % (7075)fmb+10_1:1_bce=on:fmbsr=1.5:nm=4:skr=on:i=49917:si=on:rawr=on:rtra=on_0 on theBenchmark for (2964ds/49917Mi)
% 30.97/4.27 % (7023)Instruction limit reached!
% 30.97/4.27 % (7023)------------------------------
% 30.97/4.27 % (7023)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 30.97/4.27 % (7023)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 30.97/4.27 % (7023)Termination reason: Unknown
% 30.97/4.27 % (7023)Termination phase: Saturation
% 30.97/4.27
% 30.97/4.27 % (7023)Memory used [KB]: 36459
% 30.97/4.27 % (7023)Time elapsed: 3.581 s
% 30.97/4.27 % (7023)Instructions burned: 922 (million)
% 30.97/4.27 % (7023)------------------------------
% 30.97/4.27 % (7023)------------------------------
% 31.96/4.40 TRYING [13]
% 32.40/4.45 TRYING [11]
% 32.48/4.46 TRYING [6]
% 32.48/4.50 % (7077)dis+10_1:128_bd=off:lcm=predicate:sac=on:sp=reverse_arity:urr=on:i=27492:si=on:rawr=on:rtra=on_0 on theBenchmark for (2961ds/27492Mi)
% 33.08/4.58 TRYING [9]
% 33.08/4.65 % (7078)ott-11_1:32_i=6101:si=on:rawr=on:rtra=on_0 on theBenchmark for (2960ds/6101Mi)
% 33.08/4.67 % (7079)dis+22_1:128_bsd=on:rp=on:slsq=on:slsqc=1:slsqr=1,6:sp=frequency:spb=goal:thsq=on:thsqc=16:thsqd=1:thsql=off:i=90:si=on:rawr=on:rtra=on_0 on theBenchmark for (2960ds/90Mi)
% 34.18/4.72 TRYING [14]
% 34.84/4.74 TRYING [7]
% 36.49/4.97 Detected maximum model sizes of [205]
% 36.49/4.97 TRYING [1]
% 36.49/5.00 TRYING [2]
% 37.22/5.03 TRYING [3]
% 37.22/5.03 % (7079)Instruction limit reached!
% 37.22/5.03 % (7079)------------------------------
% 37.22/5.03 % (7079)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 37.22/5.03 % (7079)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 37.22/5.03 % (7079)Termination reason: Unknown
% 37.22/5.03 % (7079)Termination phase: Saturation
% 37.22/5.03
% 37.22/5.03 % (7079)Memory used [KB]: 8443
% 37.22/5.03 % (7079)Time elapsed: 0.686 s
% 37.22/5.03 % (7079)Instructions burned: 90 (million)
% 37.22/5.03 % (7079)------------------------------
% 37.22/5.03 % (7079)------------------------------
% 37.22/5.08 TRYING [15]
% 37.22/5.09 TRYING [4]
% 37.75/5.12 TRYING [8]
% 38.39/5.21 TRYING [5]
% 39.05/5.31 TRYING [10]
% 40.11/5.42 TRYING [6]
% 40.52/5.44 % (7084)ott+11_1:128_av=off:bd=off:bsr=unit_only:fd=preordered:to=lpo:updr=off:i=91600:si=on:rawr=on:rtra=on_0 on theBenchmark for (2952ds/91600Mi)
% 41.02/5.56 TRYING [16]
% 41.44/5.58 TRYING [12]
% 41.44/5.62 TRYING [9]
% 42.19/5.69 TRYING [7]
% 42.47/5.69 % (7036)Instruction limit reached!
% 42.47/5.69 % (7036)------------------------------
% 42.47/5.69 % (7036)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 42.47/5.69 % (7036)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 42.47/5.69 % (7036)Termination reason: Unknown
% 42.47/5.69 % (7036)Termination phase: Saturation
% 42.47/5.69
% 42.47/5.69 % (7036)Memory used [KB]: 46950
% 42.47/5.69 % (7036)Time elapsed: 4.877 s
% 42.47/5.69 % (7036)Instructions burned: 4756 (million)
% 42.47/5.69 % (7036)------------------------------
% 42.47/5.69 % (7036)------------------------------
% 43.56/5.83 % (7085)ott+11_9:8_add=large:afp=10:amm=off:fsd=on:fsr=off:lma=on:nm=0:nwc=2.4:s2a=on:s2agt=10:sas=z3:sp=reverse_arity:tha=some:thi=overlap:i=7127:si=on:rawr=on:rtra=on_0 on theBenchmark for (2946ds/7127Mi)
% 43.56/5.83 % (7039)Instruction limit reached!
% 43.56/5.83 % (7039)------------------------------
% 43.56/5.83 % (7039)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 43.56/5.83 % (7039)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 43.56/5.83 % (7039)Termination reason: Unknown
% 43.56/5.83 % (7039)Termination phase: Saturation
% 43.56/5.83
% 43.56/5.83 % (7039)Memory used [KB]: 5500
% 43.56/5.83 % (7039)Time elapsed: 4.947 s
% 43.56/5.83 % (7039)Instructions burned: 1824 (million)
% 43.56/5.83 % (7039)------------------------------
% 43.56/5.83 % (7039)------------------------------
% 45.21/6.07 TRYING [8]
% 45.21/6.07 Finite Model Found!
% 45.21/6.07 % SZS status CounterSatisfiable for theBenchmark
% 45.21/6.08 % (7071)First to succeed.
% 45.21/6.09 % SZS output start FiniteModel for theBenchmark
% 45.21/6.09 tff(declare_$i,type,$i:$tType).
% 45.21/6.09 tff(declare_$i1,type,fmb_$i_1:$i).
% 45.21/6.09 tff(finite_domain,axiom,
% 45.21/6.09 ! [X:$i] : (
% 45.21/6.09 X = fmb_$i_1
% 45.21/6.09 ) ).
% 45.21/6.09
% 45.21/6.09 tff(declare_bool,type,$o:$tType).
% 45.21/6.09 tff(declare_bool1,type,fmb_bool_1:$o).
% 45.21/6.09 tff(finite_domain,axiom,
% 45.21/6.09 ! [X:$o] : (
% 45.21/6.09 X = fmb_bool_1
% 45.21/6.09 ) ).
% 45.21/6.09
% 45.21/6.09 tff(declare_state_type,type,state_type:$tType).
% 45.21/6.09 tff(declare_state_type1,type,constB0:state_type).
% 45.21/6.09 tff(declare_state_type2,type,constB1:state_type).
% 45.21/6.09 tff(declare_state_type3,type,constB2:state_type).
% 45.21/6.09 tff(declare_state_type4,type,constB3:state_type).
% 45.21/6.09 tff(declare_state_type5,type,constB4:state_type).
% 45.21/6.09 tff(declare_state_type6,type,constB5:state_type).
% 45.21/6.09 tff(declare_state_type7,type,constB6:state_type).
% 45.21/6.09 tff(declare_state_type8,type,constB7:state_type).
% 45.21/6.09 tff(declare_state_type9,type,constB8:state_type).
% 45.21/6.09 tff(declare_state_type10,type,constB9:state_type).
% 45.21/6.09 tff(declare_state_type11,type,constB10:state_type).
% 45.21/6.09 tff(declare_state_type12,type,constB11:state_type).
% 45.21/6.09 tff(declare_state_type13,type,constB12:state_type).
% 45.21/6.09 tff(declare_state_type14,type,constB13:state_type).
% 45.21/6.09 tff(declare_state_type15,type,constB14:state_type).
% 45.21/6.09 tff(declare_state_type16,type,constB15:state_type).
% 45.21/6.09 tff(finite_domain,axiom,
% 45.21/6.09 ! [X:state_type] : (
% 45.21/6.09 X = constB0 | X = constB1 | X = constB2 | X = constB3 | X = constB4 |
% 45.21/6.09 X = constB5 | X = constB6 | X = constB7 | X = constB8 | X = constB9 |
% 45.21/6.09 X = constB10 | X = constB11 | X = constB12 | X = constB13 | X = constB14 |
% 45.21/6.09 X = constB15
% 45.21/6.09 ) ).
% 45.21/6.09
% 45.21/6.09 tff(distinct_domain,axiom,
% 45.21/6.09 constB0 != constB1 & constB0 != constB2 & constB0 != constB3 & constB0 != constB4 & constB0 != constB5 &
% 45.21/6.09 constB0 != constB6 & constB0 != constB7 & constB0 != constB8 & constB0 != constB9 & constB0 != constB10 &
% 45.21/6.09 constB0 != constB11 & constB0 != constB12 & constB0 != constB13 & constB0 != constB14 & constB0 != constB15 &
% 45.21/6.09 constB1 != constB2 & constB1 != constB3 & constB1 != constB4 & constB1 != constB5 & constB1 != constB6 &
% 45.21/6.09 constB1 != constB7 & constB1 != constB8 & constB1 != constB9 & constB1 != constB10 & constB1 != constB11 &
% 45.21/6.09 constB1 != constB12 & constB1 != constB13 & constB1 != constB14 & constB1 != constB15 & constB2 != constB3 &
% 45.21/6.09 constB2 != constB4 & constB2 != constB5 & constB2 != constB6 & constB2 != constB7 & constB2 != constB8 &
% 45.21/6.09 constB2 != constB9 & constB2 != constB10 & constB2 != constB11 & constB2 != constB12 & constB2 != constB13 &
% 45.21/6.09 constB2 != constB14 & constB2 != constB15 & constB3 != constB4 & constB3 != constB5 & constB3 != constB6 &
% 45.21/6.09 constB3 != constB7 & constB3 != constB8 & constB3 != constB9 & constB3 != constB10 & constB3 != constB11 &
% 45.21/6.09 constB3 != constB12 & constB3 != constB13 & constB3 != constB14 & constB3 != constB15 & constB4 != constB5 &
% 45.21/6.09 constB4 != constB6 & constB4 != constB7 & constB4 != constB8 & constB4 != constB9 & constB4 != constB10 &
% 45.21/6.09 constB4 != constB11 & constB4 != constB12 & constB4 != constB13 & constB4 != constB14 & constB4 != constB15 &
% 45.21/6.09 constB5 != constB6 & constB5 != constB7 & constB5 != constB8 & constB5 != constB9 & constB5 != constB10 &
% 45.21/6.09 constB5 != constB11 & constB5 != constB12 & constB5 != constB13 & constB5 != constB14 & constB5 != constB15 &
% 45.21/6.09 constB6 != constB7 & constB6 != constB8 & constB6 != constB9 & constB6 != constB10 & constB6 != constB11 &
% 45.21/6.09 constB6 != constB12 & constB6 != constB13 & constB6 != constB14 & constB6 != constB15 & constB7 != constB8 &
% 45.21/6.09 constB7 != constB9 & constB7 != constB10 & constB7 != constB11 & constB7 != constB12 & constB7 != constB13 &
% 45.21/6.09 constB7 != constB14 & constB7 != constB15 & constB8 != constB9 & constB8 != constB10 & constB8 != constB11 &
% 45.21/6.09 constB8 != constB12 & constB8 != constB13 & constB8 != constB14 & constB8 != constB15 & constB9 != constB10 &
% 45.21/6.09 constB9 != constB11 & constB9 != constB12 & constB9 != constB13 & constB9 != constB14 & constB9 != constB15 &
% 45.21/6.09 constB10 != constB11 & constB10 != constB12 & constB10 != constB13 & constB10 != constB14 & constB10 != constB15 &
% 45.21/6.09 constB11 != constB12 & constB11 != constB13 & constB11 != constB14 & constB11 != constB15 & constB12 != constB13 &
% 45.21/6.09 constB12 != constB14 & constB12 != constB15 & constB13 != constB14 & constB13 != constB15 & constB14 != constB15
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_address_type,type,address_type:$tType).
% 45.21/6.09 tff(declare_address_type1,type,fmb_address_type_1:address_type).
% 45.21/6.09 tff(finite_domain,axiom,
% 45.21/6.09 ! [X:address_type] : (
% 45.21/6.09 X = fmb_address_type_1
% 45.21/6.09 ) ).
% 45.21/6.09
% 45.21/6.09 tff(declare_bitindex_type,type,bitindex_type:$tType).
% 45.21/6.09 tff(declare_bitindex_type1,type,bitIndex0:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type2,type,bitIndex1:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type3,type,bitIndex2:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type4,type,fmb_bitindex_type_4:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type5,type,fmb_bitindex_type_5:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type6,type,fmb_bitindex_type_6:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type7,type,fmb_bitindex_type_7:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type8,type,fmb_bitindex_type_8:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type9,type,fmb_bitindex_type_9:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type10,type,fmb_bitindex_type_10:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type11,type,fmb_bitindex_type_11:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type12,type,fmb_bitindex_type_12:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type13,type,fmb_bitindex_type_13:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type14,type,fmb_bitindex_type_14:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type15,type,fmb_bitindex_type_15:bitindex_type).
% 45.21/6.09 tff(declare_bitindex_type16,type,fmb_bitindex_type_16:bitindex_type).
% 45.21/6.09 tff(finite_domain,axiom,
% 45.21/6.09 ! [X:bitindex_type] : (
% 45.21/6.09 X = bitIndex0 | X = bitIndex1 | X = bitIndex2 | X = fmb_bitindex_type_4 | X = fmb_bitindex_type_5 |
% 45.21/6.09 X = fmb_bitindex_type_6 | X = fmb_bitindex_type_7 | X = fmb_bitindex_type_8 | X = fmb_bitindex_type_9 | X = fmb_bitindex_type_10 |
% 45.21/6.09 X = fmb_bitindex_type_11 | X = fmb_bitindex_type_12 | X = fmb_bitindex_type_13 | X = fmb_bitindex_type_14 | X = fmb_bitindex_type_15 |
% 45.21/6.09 X = fmb_bitindex_type_16
% 45.21/6.09 ) ).
% 45.21/6.09
% 45.21/6.09 tff(distinct_domain,axiom,
% 45.21/6.09 bitIndex0 != bitIndex1 & bitIndex0 != bitIndex2 & bitIndex0 != fmb_bitindex_type_4 & bitIndex0 != fmb_bitindex_type_5 & bitIndex0 != fmb_bitindex_type_6 &
% 45.21/6.09 bitIndex0 != fmb_bitindex_type_7 & bitIndex0 != fmb_bitindex_type_8 & bitIndex0 != fmb_bitindex_type_9 & bitIndex0 != fmb_bitindex_type_10 & bitIndex0 != fmb_bitindex_type_11 &
% 45.21/6.09 bitIndex0 != fmb_bitindex_type_12 & bitIndex0 != fmb_bitindex_type_13 & bitIndex0 != fmb_bitindex_type_14 & bitIndex0 != fmb_bitindex_type_15 & bitIndex0 != fmb_bitindex_type_16 &
% 45.21/6.09 bitIndex1 != bitIndex2 & bitIndex1 != fmb_bitindex_type_4 & bitIndex1 != fmb_bitindex_type_5 & bitIndex1 != fmb_bitindex_type_6 & bitIndex1 != fmb_bitindex_type_7 &
% 45.21/6.09 bitIndex1 != fmb_bitindex_type_8 & bitIndex1 != fmb_bitindex_type_9 & bitIndex1 != fmb_bitindex_type_10 & bitIndex1 != fmb_bitindex_type_11 & bitIndex1 != fmb_bitindex_type_12 &
% 45.21/6.09 bitIndex1 != fmb_bitindex_type_13 & bitIndex1 != fmb_bitindex_type_14 & bitIndex1 != fmb_bitindex_type_15 & bitIndex1 != fmb_bitindex_type_16 & bitIndex2 != fmb_bitindex_type_4 &
% 45.21/6.09 bitIndex2 != fmb_bitindex_type_5 & bitIndex2 != fmb_bitindex_type_6 & bitIndex2 != fmb_bitindex_type_7 & bitIndex2 != fmb_bitindex_type_8 & bitIndex2 != fmb_bitindex_type_9 &
% 45.21/6.09 bitIndex2 != fmb_bitindex_type_10 & bitIndex2 != fmb_bitindex_type_11 & bitIndex2 != fmb_bitindex_type_12 & bitIndex2 != fmb_bitindex_type_13 & bitIndex2 != fmb_bitindex_type_14 &
% 45.21/6.09 bitIndex2 != fmb_bitindex_type_15 & bitIndex2 != fmb_bitindex_type_16 & fmb_bitindex_type_4 != fmb_bitindex_type_5 & fmb_bitindex_type_4 != fmb_bitindex_type_6 & fmb_bitindex_type_4 != fmb_bitindex_type_7 &
% 45.21/6.09 fmb_bitindex_type_4 != fmb_bitindex_type_8 & fmb_bitindex_type_4 != fmb_bitindex_type_9 & fmb_bitindex_type_4 != fmb_bitindex_type_10 & fmb_bitindex_type_4 != fmb_bitindex_type_11 & fmb_bitindex_type_4 != fmb_bitindex_type_12 &
% 45.21/6.09 fmb_bitindex_type_4 != fmb_bitindex_type_13 & fmb_bitindex_type_4 != fmb_bitindex_type_14 & fmb_bitindex_type_4 != fmb_bitindex_type_15 & fmb_bitindex_type_4 != fmb_bitindex_type_16 & fmb_bitindex_type_5 != fmb_bitindex_type_6 &
% 45.21/6.09 fmb_bitindex_type_5 != fmb_bitindex_type_7 & fmb_bitindex_type_5 != fmb_bitindex_type_8 & fmb_bitindex_type_5 != fmb_bitindex_type_9 & fmb_bitindex_type_5 != fmb_bitindex_type_10 & fmb_bitindex_type_5 != fmb_bitindex_type_11 &
% 45.21/6.09 fmb_bitindex_type_5 != fmb_bitindex_type_12 & fmb_bitindex_type_5 != fmb_bitindex_type_13 & fmb_bitindex_type_5 != fmb_bitindex_type_14 & fmb_bitindex_type_5 != fmb_bitindex_type_15 & fmb_bitindex_type_5 != fmb_bitindex_type_16 &
% 45.21/6.09 fmb_bitindex_type_6 != fmb_bitindex_type_7 & fmb_bitindex_type_6 != fmb_bitindex_type_8 & fmb_bitindex_type_6 != fmb_bitindex_type_9 & fmb_bitindex_type_6 != fmb_bitindex_type_10 & fmb_bitindex_type_6 != fmb_bitindex_type_11 &
% 45.21/6.09 fmb_bitindex_type_6 != fmb_bitindex_type_12 & fmb_bitindex_type_6 != fmb_bitindex_type_13 & fmb_bitindex_type_6 != fmb_bitindex_type_14 & fmb_bitindex_type_6 != fmb_bitindex_type_15 & fmb_bitindex_type_6 != fmb_bitindex_type_16 &
% 45.21/6.09 fmb_bitindex_type_7 != fmb_bitindex_type_8 & fmb_bitindex_type_7 != fmb_bitindex_type_9 & fmb_bitindex_type_7 != fmb_bitindex_type_10 & fmb_bitindex_type_7 != fmb_bitindex_type_11 & fmb_bitindex_type_7 != fmb_bitindex_type_12 &
% 45.21/6.09 fmb_bitindex_type_7 != fmb_bitindex_type_13 & fmb_bitindex_type_7 != fmb_bitindex_type_14 & fmb_bitindex_type_7 != fmb_bitindex_type_15 & fmb_bitindex_type_7 != fmb_bitindex_type_16 & fmb_bitindex_type_8 != fmb_bitindex_type_9 &
% 45.21/6.09 fmb_bitindex_type_8 != fmb_bitindex_type_10 & fmb_bitindex_type_8 != fmb_bitindex_type_11 & fmb_bitindex_type_8 != fmb_bitindex_type_12 & fmb_bitindex_type_8 != fmb_bitindex_type_13 & fmb_bitindex_type_8 != fmb_bitindex_type_14 &
% 45.21/6.09 fmb_bitindex_type_8 != fmb_bitindex_type_15 & fmb_bitindex_type_8 != fmb_bitindex_type_16 & fmb_bitindex_type_9 != fmb_bitindex_type_10 & fmb_bitindex_type_9 != fmb_bitindex_type_11 & fmb_bitindex_type_9 != fmb_bitindex_type_12 &
% 45.21/6.09 fmb_bitindex_type_9 != fmb_bitindex_type_13 & fmb_bitindex_type_9 != fmb_bitindex_type_14 & fmb_bitindex_type_9 != fmb_bitindex_type_15 & fmb_bitindex_type_9 != fmb_bitindex_type_16 & fmb_bitindex_type_10 != fmb_bitindex_type_11 &
% 45.21/6.09 fmb_bitindex_type_10 != fmb_bitindex_type_12 & fmb_bitindex_type_10 != fmb_bitindex_type_13 & fmb_bitindex_type_10 != fmb_bitindex_type_14 & fmb_bitindex_type_10 != fmb_bitindex_type_15 & fmb_bitindex_type_10 != fmb_bitindex_type_16 &
% 45.21/6.09 fmb_bitindex_type_11 != fmb_bitindex_type_12 & fmb_bitindex_type_11 != fmb_bitindex_type_13 & fmb_bitindex_type_11 != fmb_bitindex_type_14 & fmb_bitindex_type_11 != fmb_bitindex_type_15 & fmb_bitindex_type_11 != fmb_bitindex_type_16 &
% 45.21/6.09 fmb_bitindex_type_12 != fmb_bitindex_type_13 & fmb_bitindex_type_12 != fmb_bitindex_type_14 & fmb_bitindex_type_12 != fmb_bitindex_type_15 & fmb_bitindex_type_12 != fmb_bitindex_type_16 & fmb_bitindex_type_13 != fmb_bitindex_type_14 &
% 45.21/6.09 fmb_bitindex_type_13 != fmb_bitindex_type_15 & fmb_bitindex_type_13 != fmb_bitindex_type_16 & fmb_bitindex_type_14 != fmb_bitindex_type_15 & fmb_bitindex_type_14 != fmb_bitindex_type_16 & fmb_bitindex_type_15 != fmb_bitindex_type_16
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_constB16,type,constB16:state_type).
% 45.21/6.09 tff(constB16_definition,axiom,constB16 = constB6).
% 45.21/6.09 tff(declare_constB17,type,constB17:state_type).
% 45.21/6.09 tff(constB17_definition,axiom,constB17 = constB7).
% 45.21/6.09 tff(declare_constB18,type,constB18:state_type).
% 45.21/6.09 tff(constB18_definition,axiom,constB18 = constB8).
% 45.21/6.09 tff(declare_constB19,type,constB19:state_type).
% 45.21/6.09 tff(constB19_definition,axiom,constB19 = constB9).
% 45.21/6.09 tff(declare_constB20,type,constB20:state_type).
% 45.21/6.09 tff(constB20_definition,axiom,constB20 = constB10).
% 45.21/6.09 tff(declare_constB21,type,constB21:state_type).
% 45.21/6.09 tff(constB21_definition,axiom,constB21 = constB11).
% 45.21/6.09 tff(declare_constB22,type,constB22:state_type).
% 45.21/6.09 tff(constB22_definition,axiom,constB22 = constB12).
% 45.21/6.09 tff(declare_constB23,type,constB23:state_type).
% 45.21/6.09 tff(constB23_definition,axiom,constB23 = constB13).
% 45.21/6.09 tff(declare_constB24,type,constB24:state_type).
% 45.21/6.09 tff(constB24_definition,axiom,constB24 = constB14).
% 45.21/6.09 tff(declare_constB25,type,constB25:state_type).
% 45.21/6.09 tff(constB25_definition,axiom,constB25 = constB15).
% 45.21/6.09 tff(declare_constB26,type,constB26:state_type).
% 45.21/6.09 tff(constB26_definition,axiom,constB26 = constB6).
% 45.21/6.09 tff(declare_constB27,type,constB27:state_type).
% 45.21/6.09 tff(constB27_definition,axiom,constB27 = constB7).
% 45.21/6.09 tff(declare_constB28,type,constB28:state_type).
% 45.21/6.09 tff(constB28_definition,axiom,constB28 = constB8).
% 45.21/6.09 tff(declare_constB29,type,constB29:state_type).
% 45.21/6.09 tff(constB29_definition,axiom,constB29 = constB9).
% 45.21/6.09 tff(declare_constB30,type,constB30:state_type).
% 45.21/6.09 tff(constB30_definition,axiom,constB30 = constB10).
% 45.21/6.09 tff(declare_constB31,type,constB31:state_type).
% 45.21/6.09 tff(constB31_definition,axiom,constB31 = constB11).
% 45.21/6.09 tff(declare_constB32,type,constB32:state_type).
% 45.21/6.09 tff(constB32_definition,axiom,constB32 = constB12).
% 45.21/6.09 tff(declare_constB33,type,constB33:state_type).
% 45.21/6.09 tff(constB33_definition,axiom,constB33 = constB13).
% 45.21/6.09 tff(declare_constB34,type,constB34:state_type).
% 45.21/6.09 tff(constB34_definition,axiom,constB34 = constB14).
% 45.21/6.09 tff(declare_constB35,type,constB35:state_type).
% 45.21/6.09 tff(constB35_definition,axiom,constB35 = constB15).
% 45.21/6.09 tff(declare_constB36,type,constB36:state_type).
% 45.21/6.09 tff(constB36_definition,axiom,constB36 = constB6).
% 45.21/6.09 tff(declare_constB37,type,constB37:state_type).
% 45.21/6.09 tff(constB37_definition,axiom,constB37 = constB7).
% 45.21/6.09 tff(declare_constB38,type,constB38:state_type).
% 45.21/6.09 tff(constB38_definition,axiom,constB38 = constB8).
% 45.21/6.09 tff(declare_constB39,type,constB39:state_type).
% 45.21/6.09 tff(constB39_definition,axiom,constB39 = constB9).
% 45.21/6.09 tff(declare_constB40,type,constB40:state_type).
% 45.21/6.09 tff(constB40_definition,axiom,constB40 = constB10).
% 45.21/6.09 tff(declare_constB41,type,constB41:state_type).
% 45.21/6.09 tff(constB41_definition,axiom,constB41 = constB11).
% 45.21/6.09 tff(declare_constB42,type,constB42:state_type).
% 45.21/6.09 tff(constB42_definition,axiom,constB42 = constB12).
% 45.21/6.09 tff(declare_constB43,type,constB43:state_type).
% 45.21/6.09 tff(constB43_definition,axiom,constB43 = constB13).
% 45.21/6.09 tff(declare_constB44,type,constB44:state_type).
% 45.21/6.09 tff(constB44_definition,axiom,constB44 = constB14).
% 45.21/6.09 tff(declare_constB45,type,constB45:state_type).
% 45.21/6.09 tff(constB45_definition,axiom,constB45 = constB15).
% 45.21/6.09 tff(declare_constB46,type,constB46:state_type).
% 45.21/6.09 tff(constB46_definition,axiom,constB46 = constB6).
% 45.21/6.09 tff(declare_constB47,type,constB47:state_type).
% 45.21/6.09 tff(constB47_definition,axiom,constB47 = constB7).
% 45.21/6.09 tff(declare_constB48,type,constB48:state_type).
% 45.21/6.09 tff(constB48_definition,axiom,constB48 = constB8).
% 45.21/6.09 tff(declare_constB49,type,constB49:state_type).
% 45.21/6.09 tff(constB49_definition,axiom,constB49 = constB9).
% 45.21/6.09 tff(declare_constB50,type,constB50:state_type).
% 45.21/6.09 tff(constB50_definition,axiom,constB50 = constB10).
% 45.21/6.09 tff(declare_constB51,type,constB51:state_type).
% 45.21/6.09 tff(constB51_definition,axiom,constB51 = constB11).
% 45.21/6.09 tff(declare_constB52,type,constB52:state_type).
% 45.21/6.09 tff(constB52_definition,axiom,constB52 = constB12).
% 45.21/6.09 tff(declare_constB53,type,constB53:state_type).
% 45.21/6.09 tff(constB53_definition,axiom,constB53 = constB13).
% 45.21/6.09 tff(declare_constB54,type,constB54:state_type).
% 45.21/6.09 tff(constB54_definition,axiom,constB54 = constB14).
% 45.21/6.09 tff(declare_constB55,type,constB55:state_type).
% 45.21/6.09 tff(constB55_definition,axiom,constB55 = constB15).
% 45.21/6.09 tff(declare_constB56,type,constB56:state_type).
% 45.21/6.09 tff(constB56_definition,axiom,constB56 = constB6).
% 45.21/6.09 tff(declare_constB57,type,constB57:state_type).
% 45.21/6.09 tff(constB57_definition,axiom,constB57 = constB7).
% 45.21/6.09 tff(declare_constB58,type,constB58:state_type).
% 45.21/6.09 tff(constB58_definition,axiom,constB58 = constB8).
% 45.21/6.09 tff(declare_constB59,type,constB59:state_type).
% 45.21/6.09 tff(constB59_definition,axiom,constB59 = constB9).
% 45.21/6.09 tff(declare_constB60,type,constB60:state_type).
% 45.21/6.09 tff(constB60_definition,axiom,constB60 = constB10).
% 45.21/6.09 tff(declare_constB61,type,constB61:state_type).
% 45.21/6.09 tff(constB61_definition,axiom,constB61 = constB11).
% 45.21/6.09 tff(declare_constB62,type,constB62:state_type).
% 45.21/6.09 tff(constB62_definition,axiom,constB62 = constB12).
% 45.21/6.09 tff(declare_constB63,type,constB63:state_type).
% 45.21/6.09 tff(constB63_definition,axiom,constB63 = constB13).
% 45.21/6.09 tff(declare_constB64,type,constB64:state_type).
% 45.21/6.09 tff(constB64_definition,axiom,constB64 = constB14).
% 45.21/6.09 tff(declare_constB65,type,constB65:state_type).
% 45.21/6.09 tff(constB65_definition,axiom,constB65 = constB15).
% 45.21/6.09 tff(declare_constB66,type,constB66:state_type).
% 45.21/6.09 tff(constB66_definition,axiom,constB66 = constB6).
% 45.21/6.09 tff(declare_constB67,type,constB67:state_type).
% 45.21/6.09 tff(constB67_definition,axiom,constB67 = constB7).
% 45.21/6.09 tff(declare_constB68,type,constB68:state_type).
% 45.21/6.09 tff(constB68_definition,axiom,constB68 = constB8).
% 45.21/6.09 tff(declare_constB69,type,constB69:state_type).
% 45.21/6.09 tff(constB69_definition,axiom,constB69 = constB9).
% 45.21/6.09 tff(declare_constB70,type,constB70:state_type).
% 45.21/6.09 tff(constB70_definition,axiom,constB70 = constB10).
% 45.21/6.09 tff(declare_constB71,type,constB71:state_type).
% 45.21/6.09 tff(constB71_definition,axiom,constB71 = constB11).
% 45.21/6.09 tff(declare_constB72,type,constB72:state_type).
% 45.21/6.09 tff(constB72_definition,axiom,constB72 = constB12).
% 45.21/6.09 tff(declare_constB73,type,constB73:state_type).
% 45.21/6.09 tff(constB73_definition,axiom,constB73 = constB13).
% 45.21/6.09 tff(declare_constB74,type,constB74:state_type).
% 45.21/6.09 tff(constB74_definition,axiom,constB74 = constB14).
% 45.21/6.09 tff(declare_constB75,type,constB75:state_type).
% 45.21/6.09 tff(constB75_definition,axiom,constB75 = constB15).
% 45.21/6.09 tff(declare_constB76,type,constB76:state_type).
% 45.21/6.09 tff(constB76_definition,axiom,constB76 = constB6).
% 45.21/6.09 tff(declare_constB77,type,constB77:state_type).
% 45.21/6.09 tff(constB77_definition,axiom,constB77 = constB7).
% 45.21/6.09 tff(declare_constB78,type,constB78:state_type).
% 45.21/6.09 tff(constB78_definition,axiom,constB78 = constB8).
% 45.21/6.09 tff(declare_constB79,type,constB79:state_type).
% 45.21/6.09 tff(constB79_definition,axiom,constB79 = constB9).
% 45.21/6.09 tff(declare_constB80,type,constB80:state_type).
% 45.21/6.09 tff(constB80_definition,axiom,constB80 = constB10).
% 45.21/6.09 tff(declare_constB81,type,constB81:state_type).
% 45.21/6.09 tff(constB81_definition,axiom,constB81 = constB11).
% 45.21/6.09 tff(declare_constB82,type,constB82:state_type).
% 45.21/6.09 tff(constB82_definition,axiom,constB82 = constB12).
% 45.21/6.09 tff(declare_constB83,type,constB83:state_type).
% 45.21/6.09 tff(constB83_definition,axiom,constB83 = constB13).
% 45.21/6.09 tff(declare_constB84,type,constB84:state_type).
% 45.21/6.09 tff(constB84_definition,axiom,constB84 = constB14).
% 45.21/6.09 tff(declare_constB85,type,constB85:state_type).
% 45.21/6.09 tff(constB85_definition,axiom,constB85 = constB15).
% 45.21/6.09 tff(declare_constB86,type,constB86:state_type).
% 45.21/6.09 tff(constB86_definition,axiom,constB86 = constB6).
% 45.21/6.09 tff(declare_constB87,type,constB87:state_type).
% 45.21/6.09 tff(constB87_definition,axiom,constB87 = constB7).
% 45.21/6.09 tff(declare_constB88,type,constB88:state_type).
% 45.21/6.09 tff(constB88_definition,axiom,constB88 = constB8).
% 45.21/6.09 tff(declare_constB89,type,constB89:state_type).
% 45.21/6.09 tff(constB89_definition,axiom,constB89 = constB9).
% 45.21/6.09 tff(declare_constB90,type,constB90:state_type).
% 45.21/6.09 tff(constB90_definition,axiom,constB90 = constB10).
% 45.21/6.09 tff(declare_constB91,type,constB91:state_type).
% 45.21/6.09 tff(constB91_definition,axiom,constB91 = constB11).
% 45.21/6.09 tff(declare_constB92,type,constB92:state_type).
% 45.21/6.09 tff(constB92_definition,axiom,constB92 = constB12).
% 45.21/6.09 tff(declare_constB93,type,constB93:state_type).
% 45.21/6.09 tff(constB93_definition,axiom,constB93 = constB13).
% 45.21/6.09 tff(declare_constB94,type,constB94:state_type).
% 45.21/6.09 tff(constB94_definition,axiom,constB94 = constB14).
% 45.21/6.09 tff(declare_constB95,type,constB95:state_type).
% 45.21/6.09 tff(constB95_definition,axiom,constB95 = constB15).
% 45.21/6.09 tff(declare_constB96,type,constB96:state_type).
% 45.21/6.09 tff(constB96_definition,axiom,constB96 = constB6).
% 45.21/6.09 tff(declare_constB97,type,constB97:state_type).
% 45.21/6.09 tff(constB97_definition,axiom,constB97 = constB7).
% 45.21/6.09 tff(declare_constB98,type,constB98:state_type).
% 45.21/6.09 tff(constB98_definition,axiom,constB98 = constB8).
% 45.21/6.09 tff(declare_constB99,type,constB99:state_type).
% 45.21/6.09 tff(constB99_definition,axiom,constB99 = constB9).
% 45.21/6.09 tff(declare_constB100,type,constB100:state_type).
% 45.21/6.09 tff(constB100_definition,axiom,constB100 = constB10).
% 45.21/6.09 tff(declare_constB101,type,constB101:state_type).
% 45.21/6.09 tff(constB101_definition,axiom,constB101 = constB11).
% 45.21/6.09 tff(declare_constB102,type,constB102:state_type).
% 45.21/6.09 tff(constB102_definition,axiom,constB102 = constB12).
% 45.21/6.09 tff(declare_constB103,type,constB103:state_type).
% 45.21/6.09 tff(constB103_definition,axiom,constB103 = constB13).
% 45.21/6.09 tff(declare_constB104,type,constB104:state_type).
% 45.21/6.09 tff(constB104_definition,axiom,constB104 = constB14).
% 45.21/6.09 tff(declare_constB105,type,constB105:state_type).
% 45.21/6.09 tff(constB105_definition,axiom,constB105 = constB15).
% 45.21/6.09 tff(declare_constB106,type,constB106:state_type).
% 45.21/6.09 tff(constB106_definition,axiom,constB106 = constB6).
% 45.21/6.09 tff(declare_constB107,type,constB107:state_type).
% 45.21/6.09 tff(constB107_definition,axiom,constB107 = constB7).
% 45.21/6.09 tff(declare_constB108,type,constB108:state_type).
% 45.21/6.09 tff(constB108_definition,axiom,constB108 = constB8).
% 45.21/6.09 tff(declare_constB109,type,constB109:state_type).
% 45.21/6.09 tff(constB109_definition,axiom,constB109 = constB9).
% 45.21/6.09 tff(declare_constB110,type,constB110:state_type).
% 45.21/6.09 tff(constB110_definition,axiom,constB110 = constB10).
% 45.21/6.09 tff(declare_constB111,type,constB111:state_type).
% 45.21/6.09 tff(constB111_definition,axiom,constB111 = constB11).
% 45.21/6.09 tff(declare_constB112,type,constB112:state_type).
% 45.21/6.09 tff(constB112_definition,axiom,constB112 = constB12).
% 45.21/6.09 tff(declare_constB113,type,constB113:state_type).
% 45.21/6.09 tff(constB113_definition,axiom,constB113 = constB13).
% 45.21/6.09 tff(declare_constB114,type,constB114:state_type).
% 45.21/6.09 tff(constB114_definition,axiom,constB114 = constB14).
% 45.21/6.09 tff(declare_constB115,type,constB115:state_type).
% 45.21/6.09 tff(constB115_definition,axiom,constB115 = constB15).
% 45.21/6.09 tff(declare_constB116,type,constB116:state_type).
% 45.21/6.09 tff(constB116_definition,axiom,constB116 = constB6).
% 45.21/6.09 tff(declare_constB117,type,constB117:state_type).
% 45.21/6.09 tff(constB117_definition,axiom,constB117 = constB7).
% 45.21/6.09 tff(declare_constB118,type,constB118:state_type).
% 45.21/6.09 tff(constB118_definition,axiom,constB118 = constB8).
% 45.21/6.09 tff(declare_constB119,type,constB119:state_type).
% 45.21/6.09 tff(constB119_definition,axiom,constB119 = constB9).
% 45.21/6.09 tff(declare_constB120,type,constB120:state_type).
% 45.21/6.09 tff(constB120_definition,axiom,constB120 = constB10).
% 45.21/6.09 tff(declare_constB121,type,constB121:state_type).
% 45.21/6.09 tff(constB121_definition,axiom,constB121 = constB11).
% 45.21/6.09 tff(declare_constB122,type,constB122:state_type).
% 45.21/6.09 tff(constB122_definition,axiom,constB122 = constB12).
% 45.21/6.09 tff(declare_constB123,type,constB123:state_type).
% 45.21/6.09 tff(constB123_definition,axiom,constB123 = constB13).
% 45.21/6.09 tff(declare_constB124,type,constB124:state_type).
% 45.21/6.09 tff(constB124_definition,axiom,constB124 = constB14).
% 45.21/6.09 tff(declare_constB125,type,constB125:state_type).
% 45.21/6.09 tff(constB125_definition,axiom,constB125 = constB15).
% 45.21/6.09 tff(declare_constB126,type,constB126:state_type).
% 45.21/6.09 tff(constB126_definition,axiom,constB126 = constB6).
% 45.21/6.09 tff(declare_constB127,type,constB127:state_type).
% 45.21/6.09 tff(constB127_definition,axiom,constB127 = constB7).
% 45.21/6.09 tff(declare_constB128,type,constB128:state_type).
% 45.21/6.09 tff(constB128_definition,axiom,constB128 = constB8).
% 45.21/6.09 tff(declare_constB129,type,constB129:state_type).
% 45.21/6.09 tff(constB129_definition,axiom,constB129 = constB9).
% 45.21/6.09 tff(declare_constB130,type,constB130:state_type).
% 45.21/6.09 tff(constB130_definition,axiom,constB130 = constB10).
% 45.21/6.09 tff(declare_constB131,type,constB131:state_type).
% 45.21/6.09 tff(constB131_definition,axiom,constB131 = constB11).
% 45.21/6.09 tff(declare_constB132,type,constB132:state_type).
% 45.21/6.09 tff(constB132_definition,axiom,constB132 = constB12).
% 45.21/6.09 tff(declare_constB133,type,constB133:state_type).
% 45.21/6.09 tff(constB133_definition,axiom,constB133 = constB13).
% 45.21/6.09 tff(declare_constB134,type,constB134:state_type).
% 45.21/6.09 tff(constB134_definition,axiom,constB134 = constB14).
% 45.21/6.09 tff(declare_constB135,type,constB135:state_type).
% 45.21/6.09 tff(constB135_definition,axiom,constB135 = constB15).
% 45.21/6.09 tff(declare_constB136,type,constB136:state_type).
% 45.21/6.09 tff(constB136_definition,axiom,constB136 = constB6).
% 45.21/6.09 tff(declare_constB137,type,constB137:state_type).
% 45.21/6.09 tff(constB137_definition,axiom,constB137 = constB7).
% 45.21/6.09 tff(declare_constB138,type,constB138:state_type).
% 45.21/6.09 tff(constB138_definition,axiom,constB138 = constB8).
% 45.21/6.09 tff(declare_constB139,type,constB139:state_type).
% 45.21/6.09 tff(constB139_definition,axiom,constB139 = constB9).
% 45.21/6.09 tff(declare_constB140,type,constB140:state_type).
% 45.21/6.09 tff(constB140_definition,axiom,constB140 = constB10).
% 45.21/6.09 tff(declare_constB141,type,constB141:state_type).
% 45.21/6.09 tff(constB141_definition,axiom,constB141 = constB11).
% 45.21/6.09 tff(declare_constB142,type,constB142:state_type).
% 45.21/6.09 tff(constB142_definition,axiom,constB142 = constB12).
% 45.21/6.09 tff(declare_constB143,type,constB143:state_type).
% 45.21/6.09 tff(constB143_definition,axiom,constB143 = constB13).
% 45.21/6.09 tff(declare_constB144,type,constB144:state_type).
% 45.21/6.09 tff(constB144_definition,axiom,constB144 = constB14).
% 45.21/6.09 tff(declare_constB145,type,constB145:state_type).
% 45.21/6.09 tff(constB145_definition,axiom,constB145 = constB15).
% 45.21/6.09 tff(declare_constB146,type,constB146:state_type).
% 45.21/6.09 tff(constB146_definition,axiom,constB146 = constB6).
% 45.21/6.09 tff(declare_constB147,type,constB147:state_type).
% 45.21/6.09 tff(constB147_definition,axiom,constB147 = constB7).
% 45.21/6.09 tff(declare_constB148,type,constB148:state_type).
% 45.21/6.09 tff(constB148_definition,axiom,constB148 = constB8).
% 45.21/6.09 tff(declare_constB149,type,constB149:state_type).
% 45.21/6.09 tff(constB149_definition,axiom,constB149 = constB9).
% 45.21/6.09 tff(declare_constB150,type,constB150:state_type).
% 45.21/6.09 tff(constB150_definition,axiom,constB150 = constB10).
% 45.21/6.09 tff(declare_constB151,type,constB151:state_type).
% 45.21/6.09 tff(constB151_definition,axiom,constB151 = constB11).
% 45.21/6.09 tff(declare_constB152,type,constB152:state_type).
% 45.21/6.09 tff(constB152_definition,axiom,constB152 = constB12).
% 45.21/6.09 tff(declare_constB153,type,constB153:state_type).
% 45.21/6.09 tff(constB153_definition,axiom,constB153 = constB13).
% 45.21/6.09 tff(declare_constB154,type,constB154:state_type).
% 45.21/6.09 tff(constB154_definition,axiom,constB154 = constB14).
% 45.21/6.09 tff(declare_constB155,type,constB155:state_type).
% 45.21/6.09 tff(constB155_definition,axiom,constB155 = constB15).
% 45.21/6.09 tff(declare_constB156,type,constB156:state_type).
% 45.21/6.09 tff(constB156_definition,axiom,constB156 = constB6).
% 45.21/6.09 tff(declare_constB157,type,constB157:state_type).
% 45.21/6.09 tff(constB157_definition,axiom,constB157 = constB7).
% 45.21/6.09 tff(declare_constB158,type,constB158:state_type).
% 45.21/6.09 tff(constB158_definition,axiom,constB158 = constB8).
% 45.21/6.09 tff(declare_constB159,type,constB159:state_type).
% 45.21/6.09 tff(constB159_definition,axiom,constB159 = constB9).
% 45.21/6.09 tff(declare_constB160,type,constB160:state_type).
% 45.21/6.09 tff(constB160_definition,axiom,constB160 = constB10).
% 45.21/6.09 tff(declare_constB161,type,constB161:state_type).
% 45.21/6.09 tff(constB161_definition,axiom,constB161 = constB11).
% 45.21/6.09 tff(declare_constB162,type,constB162:state_type).
% 45.21/6.09 tff(constB162_definition,axiom,constB162 = constB12).
% 45.21/6.09 tff(declare_constB163,type,constB163:state_type).
% 45.21/6.09 tff(constB163_definition,axiom,constB163 = constB13).
% 45.21/6.09 tff(declare_constB164,type,constB164:state_type).
% 45.21/6.09 tff(constB164_definition,axiom,constB164 = constB14).
% 45.21/6.09 tff(declare_constB165,type,constB165:state_type).
% 45.21/6.09 tff(constB165_definition,axiom,constB165 = constB15).
% 45.21/6.09 tff(declare_constB166,type,constB166:state_type).
% 45.21/6.09 tff(constB166_definition,axiom,constB166 = constB6).
% 45.21/6.09 tff(declare_constB167,type,constB167:state_type).
% 45.21/6.09 tff(constB167_definition,axiom,constB167 = constB7).
% 45.21/6.09 tff(declare_constB168,type,constB168:state_type).
% 45.21/6.09 tff(constB168_definition,axiom,constB168 = constB8).
% 45.21/6.09 tff(declare_constB169,type,constB169:state_type).
% 45.21/6.09 tff(constB169_definition,axiom,constB169 = constB9).
% 45.21/6.09 tff(declare_constB170,type,constB170:state_type).
% 45.21/6.09 tff(constB170_definition,axiom,constB170 = constB10).
% 45.21/6.09 tff(declare_constB171,type,constB171:state_type).
% 45.21/6.09 tff(constB171_definition,axiom,constB171 = constB11).
% 45.21/6.09 tff(declare_constB172,type,constB172:state_type).
% 45.21/6.09 tff(constB172_definition,axiom,constB172 = constB12).
% 45.21/6.09 tff(declare_constB173,type,constB173:state_type).
% 45.21/6.09 tff(constB173_definition,axiom,constB173 = constB13).
% 45.21/6.09 tff(declare_constB174,type,constB174:state_type).
% 45.21/6.09 tff(constB174_definition,axiom,constB174 = constB14).
% 45.21/6.09 tff(declare_constB175,type,constB175:state_type).
% 45.21/6.09 tff(constB175_definition,axiom,constB175 = constB15).
% 45.21/6.09 tff(declare_constB176,type,constB176:state_type).
% 45.21/6.09 tff(constB176_definition,axiom,constB176 = constB6).
% 45.21/6.09 tff(declare_constB177,type,constB177:state_type).
% 45.21/6.09 tff(constB177_definition,axiom,constB177 = constB7).
% 45.21/6.09 tff(declare_constB178,type,constB178:state_type).
% 45.21/6.09 tff(constB178_definition,axiom,constB178 = constB8).
% 45.21/6.09 tff(declare_constB179,type,constB179:state_type).
% 45.21/6.09 tff(constB179_definition,axiom,constB179 = constB9).
% 45.21/6.09 tff(declare_constB180,type,constB180:state_type).
% 45.21/6.09 tff(constB180_definition,axiom,constB180 = constB10).
% 45.21/6.09 tff(declare_constB181,type,constB181:state_type).
% 45.21/6.09 tff(constB181_definition,axiom,constB181 = constB11).
% 45.21/6.09 tff(declare_constB182,type,constB182:state_type).
% 45.21/6.09 tff(constB182_definition,axiom,constB182 = constB12).
% 45.21/6.09 tff(declare_constB183,type,constB183:state_type).
% 45.21/6.09 tff(constB183_definition,axiom,constB183 = constB13).
% 45.21/6.09 tff(declare_constB184,type,constB184:state_type).
% 45.21/6.09 tff(constB184_definition,axiom,constB184 = constB14).
% 45.21/6.09 tff(declare_constB185,type,constB185:state_type).
% 45.21/6.09 tff(constB185_definition,axiom,constB185 = constB15).
% 45.21/6.09 tff(declare_constB186,type,constB186:state_type).
% 45.21/6.09 tff(constB186_definition,axiom,constB186 = constB6).
% 45.21/6.09 tff(declare_constB187,type,constB187:state_type).
% 45.21/6.09 tff(constB187_definition,axiom,constB187 = constB7).
% 45.21/6.09 tff(declare_constB188,type,constB188:state_type).
% 45.21/6.09 tff(constB188_definition,axiom,constB188 = constB8).
% 45.21/6.09 tff(declare_constB189,type,constB189:state_type).
% 45.21/6.09 tff(constB189_definition,axiom,constB189 = constB9).
% 45.21/6.09 tff(declare_constB190,type,constB190:state_type).
% 45.21/6.09 tff(constB190_definition,axiom,constB190 = constB10).
% 45.21/6.09 tff(declare_constB191,type,constB191:state_type).
% 45.21/6.09 tff(constB191_definition,axiom,constB191 = constB11).
% 45.21/6.09 tff(declare_constB192,type,constB192:state_type).
% 45.21/6.09 tff(constB192_definition,axiom,constB192 = constB12).
% 45.21/6.09 tff(declare_constB193,type,constB193:state_type).
% 45.21/6.09 tff(constB193_definition,axiom,constB193 = constB13).
% 45.21/6.09 tff(declare_constB194,type,constB194:state_type).
% 45.21/6.09 tff(constB194_definition,axiom,constB194 = constB14).
% 45.21/6.09 tff(declare_constB195,type,constB195:state_type).
% 45.21/6.09 tff(constB195_definition,axiom,constB195 = constB15).
% 45.21/6.09 tff(declare_constB196,type,constB196:state_type).
% 45.21/6.09 tff(constB196_definition,axiom,constB196 = constB6).
% 45.21/6.09 tff(declare_constB197,type,constB197:state_type).
% 45.21/6.09 tff(constB197_definition,axiom,constB197 = constB7).
% 45.21/6.09 tff(declare_constB198,type,constB198:state_type).
% 45.21/6.09 tff(constB198_definition,axiom,constB198 = constB8).
% 45.21/6.09 tff(declare_constB199,type,constB199:state_type).
% 45.21/6.09 tff(constB199_definition,axiom,constB199 = constB9).
% 45.21/6.09 tff(declare_constB200,type,constB200:state_type).
% 45.21/6.09 tff(constB200_definition,axiom,constB200 = constB10).
% 45.21/6.09 tff(declare_undeclared,type,undeclared: $o).tff(undeclared_definition,axiom,~undeclared).
% 45.21/6.09 tff(declare_v13,type,v13: state_type > $o ).
% 45.21/6.09 tff(predicate_v13,axiom,
% 45.21/6.09 v13(constB0)
% 45.21/6.09 & ~v13(constB1)
% 45.21/6.09 & v13(constB2)
% 45.21/6.09 & ~v13(constB3)
% 45.21/6.09 & v13(constB4)
% 45.21/6.09 & ~v13(constB5)
% 45.21/6.09 & v13(constB6)
% 45.21/6.09 & ~v13(constB7)
% 45.21/6.09 & v13(constB8)
% 45.21/6.09 & ~v13(constB9)
% 45.21/6.09 & v13(constB10)
% 45.21/6.09 & ~v13(constB11)
% 45.21/6.09 & v13(constB12)
% 45.21/6.09 & ~v13(constB13)
% 45.21/6.09 & v13(constB14)
% 45.21/6.09 & ~v13(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v9,type,v9: state_type > $o ).
% 45.21/6.09 tff(predicate_v9,axiom,
% 45.21/6.09 ~v9(constB0)
% 45.21/6.09 & v9(constB1)
% 45.21/6.09 & ~v9(constB2)
% 45.21/6.09 & v9(constB3)
% 45.21/6.09 & ~v9(constB4)
% 45.21/6.09 & v9(constB5)
% 45.21/6.09 & ~v9(constB6)
% 45.21/6.09 & v9(constB7)
% 45.21/6.09 & ~v9(constB8)
% 45.21/6.09 & v9(constB9)
% 45.21/6.09 & ~v9(constB10)
% 45.21/6.09 & v9(constB11)
% 45.21/6.09 & ~v9(constB12)
% 45.21/6.09 & v9(constB13)
% 45.21/6.09 & ~v9(constB14)
% 45.21/6.09 & v9(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_nextState,type,nextState: state_type * state_type > $o ).
% 45.21/6.09 tff(predicate_nextState,axiom,
% 45.21/6.09 ~nextState(constB0,constB0)
% 45.21/6.09 & nextState(constB0,constB1)
% 45.21/6.09 & ~nextState(constB0,constB2)
% 45.21/6.09 & ~nextState(constB0,constB3)
% 45.21/6.09 & ~nextState(constB0,constB4)
% 45.21/6.09 & ~nextState(constB0,constB5)
% 45.21/6.09 & ~nextState(constB0,constB6)
% 45.21/6.09 & ~nextState(constB0,constB7)
% 45.21/6.09 & ~nextState(constB0,constB8)
% 45.21/6.09 & ~nextState(constB0,constB9)
% 45.21/6.09 & ~nextState(constB0,constB10)
% 45.21/6.09 & ~nextState(constB0,constB11)
% 45.21/6.09 & ~nextState(constB0,constB12)
% 45.21/6.09 & ~nextState(constB0,constB13)
% 45.21/6.09 & ~nextState(constB0,constB14)
% 45.21/6.09 & ~nextState(constB0,constB15)
% 45.21/6.09 & ~nextState(constB1,constB0)
% 45.21/6.09 & ~nextState(constB1,constB1)
% 45.21/6.09 & nextState(constB1,constB2)
% 45.21/6.09 & ~nextState(constB1,constB3)
% 45.21/6.09 & ~nextState(constB1,constB4)
% 45.21/6.09 & ~nextState(constB1,constB5)
% 45.21/6.09 & ~nextState(constB1,constB6)
% 45.21/6.09 & ~nextState(constB1,constB7)
% 45.21/6.09 & ~nextState(constB1,constB8)
% 45.21/6.09 & ~nextState(constB1,constB9)
% 45.21/6.09 & ~nextState(constB1,constB10)
% 45.21/6.09 & ~nextState(constB1,constB11)
% 45.21/6.09 & ~nextState(constB1,constB12)
% 45.21/6.09 & ~nextState(constB1,constB13)
% 45.21/6.09 & ~nextState(constB1,constB14)
% 45.21/6.09 & ~nextState(constB1,constB15)
% 45.21/6.09 & ~nextState(constB2,constB0)
% 45.21/6.09 & ~nextState(constB2,constB1)
% 45.21/6.09 & ~nextState(constB2,constB2)
% 45.21/6.09 & nextState(constB2,constB3)
% 45.21/6.09 & ~nextState(constB2,constB4)
% 45.21/6.09 & ~nextState(constB2,constB5)
% 45.21/6.09 & ~nextState(constB2,constB6)
% 45.21/6.09 & ~nextState(constB2,constB7)
% 45.21/6.09 & ~nextState(constB2,constB8)
% 45.21/6.09 & ~nextState(constB2,constB9)
% 45.21/6.09 & ~nextState(constB2,constB10)
% 45.21/6.09 & ~nextState(constB2,constB11)
% 45.21/6.09 & ~nextState(constB2,constB12)
% 45.21/6.09 & ~nextState(constB2,constB13)
% 45.21/6.09 & ~nextState(constB2,constB14)
% 45.21/6.09 & ~nextState(constB2,constB15)
% 45.21/6.09 & ~nextState(constB3,constB0)
% 45.21/6.09 & ~nextState(constB3,constB1)
% 45.21/6.09 & ~nextState(constB3,constB2)
% 45.21/6.09 & ~nextState(constB3,constB3)
% 45.21/6.09 & nextState(constB3,constB4)
% 45.21/6.09 & ~nextState(constB3,constB5)
% 45.21/6.09 & ~nextState(constB3,constB6)
% 45.21/6.09 & ~nextState(constB3,constB7)
% 45.21/6.09 & ~nextState(constB3,constB8)
% 45.21/6.09 & ~nextState(constB3,constB9)
% 45.21/6.09 & ~nextState(constB3,constB10)
% 45.21/6.09 & ~nextState(constB3,constB11)
% 45.21/6.09 & ~nextState(constB3,constB12)
% 45.21/6.09 & ~nextState(constB3,constB13)
% 45.21/6.09 & ~nextState(constB3,constB14)
% 45.21/6.09 & ~nextState(constB3,constB15)
% 45.21/6.09 & ~nextState(constB4,constB0)
% 45.21/6.09 & ~nextState(constB4,constB1)
% 45.21/6.09 & ~nextState(constB4,constB2)
% 45.21/6.09 & ~nextState(constB4,constB3)
% 45.21/6.09 & ~nextState(constB4,constB4)
% 45.21/6.09 & nextState(constB4,constB5)
% 45.21/6.09 & ~nextState(constB4,constB6)
% 45.21/6.09 & ~nextState(constB4,constB7)
% 45.21/6.09 & ~nextState(constB4,constB8)
% 45.21/6.09 & ~nextState(constB4,constB9)
% 45.21/6.09 & ~nextState(constB4,constB10)
% 45.21/6.09 & ~nextState(constB4,constB11)
% 45.21/6.09 & ~nextState(constB4,constB12)
% 45.21/6.09 & ~nextState(constB4,constB13)
% 45.21/6.09 & ~nextState(constB4,constB14)
% 45.21/6.09 & ~nextState(constB4,constB15)
% 45.21/6.09 & ~nextState(constB5,constB0)
% 45.21/6.09 & ~nextState(constB5,constB1)
% 45.21/6.09 & ~nextState(constB5,constB2)
% 45.21/6.09 & ~nextState(constB5,constB3)
% 45.21/6.09 & ~nextState(constB5,constB4)
% 45.21/6.09 & ~nextState(constB5,constB5)
% 45.21/6.09 & nextState(constB5,constB6)
% 45.21/6.09 & ~nextState(constB5,constB7)
% 45.21/6.09 & ~nextState(constB5,constB8)
% 45.21/6.09 & ~nextState(constB5,constB9)
% 45.21/6.09 & ~nextState(constB5,constB10)
% 45.21/6.09 & ~nextState(constB5,constB11)
% 45.21/6.09 & ~nextState(constB5,constB12)
% 45.21/6.09 & ~nextState(constB5,constB13)
% 45.21/6.09 & ~nextState(constB5,constB14)
% 45.21/6.09 & ~nextState(constB5,constB15)
% 45.21/6.09 & ~nextState(constB6,constB0)
% 45.21/6.09 & ~nextState(constB6,constB1)
% 45.21/6.09 & ~nextState(constB6,constB2)
% 45.21/6.09 & ~nextState(constB6,constB3)
% 45.21/6.09 & ~nextState(constB6,constB4)
% 45.21/6.09 & ~nextState(constB6,constB5)
% 45.21/6.09 & ~nextState(constB6,constB6)
% 45.21/6.09 & nextState(constB6,constB7)
% 45.21/6.09 & ~nextState(constB6,constB8)
% 45.21/6.09 & ~nextState(constB6,constB9)
% 45.21/6.09 & ~nextState(constB6,constB10)
% 45.21/6.09 & ~nextState(constB6,constB11)
% 45.21/6.09 & ~nextState(constB6,constB12)
% 45.21/6.09 & ~nextState(constB6,constB13)
% 45.21/6.09 & ~nextState(constB6,constB14)
% 45.21/6.09 & ~nextState(constB6,constB15)
% 45.21/6.09 & ~nextState(constB7,constB0)
% 45.21/6.09 & ~nextState(constB7,constB1)
% 45.21/6.09 & ~nextState(constB7,constB2)
% 45.21/6.09 & ~nextState(constB7,constB3)
% 45.21/6.09 & ~nextState(constB7,constB4)
% 45.21/6.09 & ~nextState(constB7,constB5)
% 45.21/6.09 & ~nextState(constB7,constB6)
% 45.21/6.09 & ~nextState(constB7,constB7)
% 45.21/6.09 & nextState(constB7,constB8)
% 45.21/6.09 & ~nextState(constB7,constB9)
% 45.21/6.09 & ~nextState(constB7,constB10)
% 45.21/6.09 & ~nextState(constB7,constB11)
% 45.21/6.09 & ~nextState(constB7,constB12)
% 45.21/6.09 & ~nextState(constB7,constB13)
% 45.21/6.09 & ~nextState(constB7,constB14)
% 45.21/6.09 & ~nextState(constB7,constB15)
% 45.21/6.09 & ~nextState(constB8,constB0)
% 45.21/6.09 & ~nextState(constB8,constB1)
% 45.21/6.09 & ~nextState(constB8,constB2)
% 45.21/6.09 & ~nextState(constB8,constB3)
% 45.21/6.09 & ~nextState(constB8,constB4)
% 45.21/6.09 & ~nextState(constB8,constB5)
% 45.21/6.09 & ~nextState(constB8,constB6)
% 45.21/6.09 & ~nextState(constB8,constB7)
% 45.21/6.09 & ~nextState(constB8,constB8)
% 45.21/6.09 & nextState(constB8,constB9)
% 45.21/6.09 & ~nextState(constB8,constB10)
% 45.21/6.09 & ~nextState(constB8,constB11)
% 45.21/6.09 & ~nextState(constB8,constB12)
% 45.21/6.09 & ~nextState(constB8,constB13)
% 45.21/6.09 & ~nextState(constB8,constB14)
% 45.21/6.09 & ~nextState(constB8,constB15)
% 45.21/6.09 & ~nextState(constB9,constB0)
% 45.21/6.09 & ~nextState(constB9,constB1)
% 45.21/6.09 & ~nextState(constB9,constB2)
% 45.21/6.09 & ~nextState(constB9,constB3)
% 45.21/6.09 & ~nextState(constB9,constB4)
% 45.21/6.09 & ~nextState(constB9,constB5)
% 45.21/6.09 & ~nextState(constB9,constB6)
% 45.21/6.09 & ~nextState(constB9,constB7)
% 45.21/6.09 & ~nextState(constB9,constB8)
% 45.21/6.09 & ~nextState(constB9,constB9)
% 45.21/6.09 & nextState(constB9,constB10)
% 45.21/6.09 & ~nextState(constB9,constB11)
% 45.21/6.09 & ~nextState(constB9,constB12)
% 45.21/6.09 & ~nextState(constB9,constB13)
% 45.21/6.09 & ~nextState(constB9,constB14)
% 45.21/6.09 & ~nextState(constB9,constB15)
% 45.21/6.09 & ~nextState(constB10,constB0)
% 45.21/6.09 & ~nextState(constB10,constB1)
% 45.21/6.09 & ~nextState(constB10,constB2)
% 45.21/6.09 & ~nextState(constB10,constB3)
% 45.21/6.09 & ~nextState(constB10,constB4)
% 45.21/6.09 & ~nextState(constB10,constB5)
% 45.21/6.09 & ~nextState(constB10,constB6)
% 45.21/6.09 & ~nextState(constB10,constB7)
% 45.21/6.09 & ~nextState(constB10,constB8)
% 45.21/6.09 & ~nextState(constB10,constB9)
% 45.21/6.09 & ~nextState(constB10,constB10)
% 45.21/6.09 & nextState(constB10,constB11)
% 45.21/6.09 & ~nextState(constB10,constB12)
% 45.21/6.09 & ~nextState(constB10,constB13)
% 45.21/6.09 & ~nextState(constB10,constB14)
% 45.21/6.09 & ~nextState(constB10,constB15)
% 45.21/6.09 & ~nextState(constB11,constB0)
% 45.21/6.09 & ~nextState(constB11,constB1)
% 45.21/6.09 & ~nextState(constB11,constB2)
% 45.21/6.09 & ~nextState(constB11,constB3)
% 45.21/6.09 & ~nextState(constB11,constB4)
% 45.21/6.09 & ~nextState(constB11,constB5)
% 45.21/6.09 & ~nextState(constB11,constB6)
% 45.21/6.09 & ~nextState(constB11,constB7)
% 45.21/6.09 & ~nextState(constB11,constB8)
% 45.21/6.09 & ~nextState(constB11,constB9)
% 45.21/6.09 & ~nextState(constB11,constB10)
% 45.21/6.09 & ~nextState(constB11,constB11)
% 45.21/6.09 & nextState(constB11,constB12)
% 45.21/6.09 & ~nextState(constB11,constB13)
% 45.21/6.09 & ~nextState(constB11,constB14)
% 45.21/6.09 & ~nextState(constB11,constB15)
% 45.21/6.09 & ~nextState(constB12,constB0)
% 45.21/6.09 & ~nextState(constB12,constB1)
% 45.21/6.09 & ~nextState(constB12,constB2)
% 45.21/6.09 & ~nextState(constB12,constB3)
% 45.21/6.09 & ~nextState(constB12,constB4)
% 45.21/6.09 & ~nextState(constB12,constB5)
% 45.21/6.09 & ~nextState(constB12,constB6)
% 45.21/6.09 & ~nextState(constB12,constB7)
% 45.21/6.09 & ~nextState(constB12,constB8)
% 45.21/6.09 & ~nextState(constB12,constB9)
% 45.21/6.09 & ~nextState(constB12,constB10)
% 45.21/6.09 & ~nextState(constB12,constB11)
% 45.21/6.09 & ~nextState(constB12,constB12)
% 45.21/6.09 & nextState(constB12,constB13)
% 45.21/6.09 & ~nextState(constB12,constB14)
% 45.21/6.09 & ~nextState(constB12,constB15)
% 45.21/6.09 & ~nextState(constB13,constB0)
% 45.21/6.09 & ~nextState(constB13,constB1)
% 45.21/6.09 & ~nextState(constB13,constB2)
% 45.21/6.09 & ~nextState(constB13,constB3)
% 45.21/6.09 & ~nextState(constB13,constB4)
% 45.21/6.09 & ~nextState(constB13,constB5)
% 45.21/6.09 & ~nextState(constB13,constB6)
% 45.21/6.09 & ~nextState(constB13,constB7)
% 45.21/6.09 & ~nextState(constB13,constB8)
% 45.21/6.09 & ~nextState(constB13,constB9)
% 45.21/6.09 & ~nextState(constB13,constB10)
% 45.21/6.09 & ~nextState(constB13,constB11)
% 45.21/6.09 & ~nextState(constB13,constB12)
% 45.21/6.09 & ~nextState(constB13,constB13)
% 45.21/6.09 & nextState(constB13,constB14)
% 45.21/6.09 & ~nextState(constB13,constB15)
% 45.21/6.09 & ~nextState(constB14,constB0)
% 45.21/6.09 & ~nextState(constB14,constB1)
% 45.21/6.09 & ~nextState(constB14,constB2)
% 45.21/6.09 & ~nextState(constB14,constB3)
% 45.21/6.09 & ~nextState(constB14,constB4)
% 45.21/6.09 & ~nextState(constB14,constB5)
% 45.21/6.09 & ~nextState(constB14,constB6)
% 45.21/6.09 & ~nextState(constB14,constB7)
% 45.21/6.09 & ~nextState(constB14,constB8)
% 45.21/6.09 & ~nextState(constB14,constB9)
% 45.21/6.09 & ~nextState(constB14,constB10)
% 45.21/6.09 & ~nextState(constB14,constB11)
% 45.21/6.09 & ~nextState(constB14,constB12)
% 45.21/6.09 & ~nextState(constB14,constB13)
% 45.21/6.09 & ~nextState(constB14,constB14)
% 45.21/6.09 & nextState(constB14,constB15)
% 45.21/6.09 & ~nextState(constB15,constB0)
% 45.21/6.09 & ~nextState(constB15,constB1)
% 45.21/6.09 & ~nextState(constB15,constB2)
% 45.21/6.09 & ~nextState(constB15,constB3)
% 45.21/6.09 & ~nextState(constB15,constB4)
% 45.21/6.09 & ~nextState(constB15,constB5)
% 45.21/6.09 & nextState(constB15,constB6)
% 45.21/6.09 & ~nextState(constB15,constB7)
% 45.21/6.09 & ~nextState(constB15,constB8)
% 45.21/6.09 & ~nextState(constB15,constB9)
% 45.21/6.09 & ~nextState(constB15,constB10)
% 45.21/6.09 & ~nextState(constB15,constB11)
% 45.21/6.09 & ~nextState(constB15,constB12)
% 45.21/6.09 & ~nextState(constB15,constB13)
% 45.21/6.09 & ~nextState(constB15,constB14)
% 45.21/6.09 & ~nextState(constB15,constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v6,type,v6: state_type > $o ).
% 45.21/6.09 tff(predicate_v6,axiom,
% 45.21/6.09 v6(constB0)
% 45.21/6.09 & ~v6(constB1)
% 45.21/6.09 & v6(constB2)
% 45.21/6.09 & ~v6(constB3)
% 45.21/6.09 & v6(constB4)
% 45.21/6.09 & ~v6(constB5)
% 45.21/6.09 & v6(constB6)
% 45.21/6.09 & ~v6(constB7)
% 45.21/6.09 & v6(constB8)
% 45.21/6.09 & ~v6(constB9)
% 45.21/6.09 & v6(constB10)
% 45.21/6.09 & ~v6(constB11)
% 45.21/6.09 & v6(constB12)
% 45.21/6.09 & ~v6(constB13)
% 45.21/6.09 & v6(constB14)
% 45.21/6.09 & ~v6(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v1,type,v1: state_type > $o ).
% 45.21/6.09 tff(predicate_v1,axiom,
% 45.21/6.09 v1(constB0)
% 45.21/6.09 & ~v1(constB1)
% 45.21/6.09 & v1(constB2)
% 45.21/6.09 & ~v1(constB3)
% 45.21/6.09 & v1(constB4)
% 45.21/6.09 & ~v1(constB5)
% 45.21/6.09 & v1(constB6)
% 45.21/6.09 & ~v1(constB7)
% 45.21/6.09 & v1(constB8)
% 45.21/6.09 & ~v1(constB9)
% 45.21/6.09 & v1(constB10)
% 45.21/6.09 & ~v1(constB11)
% 45.21/6.09 & v1(constB12)
% 45.21/6.09 & ~v1(constB13)
% 45.21/6.09 & v1(constB14)
% 45.21/6.09 & ~v1(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v20,type,v20: state_type > $o ).
% 45.21/6.09 tff(predicate_v20,axiom,
% 45.21/6.09 ~v20(constB0)
% 45.21/6.09 & v20(constB1)
% 45.21/6.09 & ~v20(constB2)
% 45.21/6.09 & v20(constB3)
% 45.21/6.09 & ~v20(constB4)
% 45.21/6.09 & v20(constB5)
% 45.21/6.09 & ~v20(constB6)
% 45.21/6.09 & v20(constB7)
% 45.21/6.09 & ~v20(constB8)
% 45.21/6.09 & v20(constB9)
% 45.21/6.09 & ~v20(constB10)
% 45.21/6.09 & v20(constB11)
% 45.21/6.09 & ~v20(constB12)
% 45.21/6.09 & v20(constB13)
% 45.21/6.09 & ~v20(constB14)
% 45.21/6.09 & v20(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v21,type,v21: state_type > $o ).
% 45.21/6.09 tff(predicate_v21,axiom,
% 45.21/6.09 ~v21(constB0)
% 45.21/6.09 & v21(constB1)
% 45.21/6.09 & ~v21(constB2)
% 45.21/6.09 & v21(constB3)
% 45.21/6.09 & ~v21(constB4)
% 45.21/6.09 & v21(constB5)
% 45.21/6.09 & ~v21(constB6)
% 45.21/6.09 & v21(constB7)
% 45.21/6.09 & ~v21(constB8)
% 45.21/6.09 & v21(constB9)
% 45.21/6.09 & ~v21(constB10)
% 45.21/6.09 & v21(constB11)
% 45.21/6.09 & ~v21(constB12)
% 45.21/6.09 & v21(constB13)
% 45.21/6.09 & ~v21(constB14)
% 45.21/6.09 & v21(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v19,type,v19: state_type > $o ).
% 45.21/6.09 tff(predicate_v19,axiom,
% 45.21/6.09 % v19(constB0) undefined in model
% 45.21/6.09 % v19(constB1) undefined in model
% 45.21/6.09 % v19(constB2) undefined in model
% 45.21/6.09 % v19(constB3) undefined in model
% 45.21/6.09 % v19(constB4) undefined in model
% 45.21/6.09 % v19(constB5) undefined in model
% 45.21/6.09 % v19(constB6) undefined in model
% 45.21/6.09 % v19(constB7) undefined in model
% 45.21/6.09 % v19(constB8) undefined in model
% 45.21/6.09 % v19(constB9) undefined in model
% 45.21/6.09 % v19(constB10) undefined in model
% 45.21/6.09 % v19(constB11) undefined in model
% 45.21/6.09 % v19(constB12) undefined in model
% 45.21/6.09 % v19(constB13) undefined in model
% 45.21/6.09 % v19(constB14) undefined in model
% 45.21/6.09 % v19(constB15) undefined in model
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v22,type,v22: state_type > $o ).
% 45.21/6.09 tff(predicate_v22,axiom,
% 45.21/6.09 v22(constB0)
% 45.21/6.09 & ~v22(constB1)
% 45.21/6.09 & v22(constB2)
% 45.21/6.09 & ~v22(constB3)
% 45.21/6.09 & v22(constB4)
% 45.21/6.09 & ~v22(constB5)
% 45.21/6.09 & v22(constB6)
% 45.21/6.09 & ~v22(constB7)
% 45.21/6.09 & v22(constB8)
% 45.21/6.09 & ~v22(constB9)
% 45.21/6.09 & v22(constB10)
% 45.21/6.09 & ~v22(constB11)
% 45.21/6.09 & v22(constB12)
% 45.21/6.09 & ~v22(constB13)
% 45.21/6.09 & v22(constB14)
% 45.21/6.09 & ~v22(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v18,type,v18: state_type > $o ).
% 45.21/6.09 tff(predicate_v18,axiom,
% 45.21/6.09 % v18(constB0) undefined in model
% 45.21/6.09 % v18(constB1) undefined in model
% 45.21/6.09 % v18(constB2) undefined in model
% 45.21/6.09 % v18(constB3) undefined in model
% 45.21/6.09 % v18(constB4) undefined in model
% 45.21/6.09 % v18(constB5) undefined in model
% 45.21/6.09 % v18(constB6) undefined in model
% 45.21/6.09 % v18(constB7) undefined in model
% 45.21/6.09 % v18(constB8) undefined in model
% 45.21/6.09 % v18(constB9) undefined in model
% 45.21/6.09 % v18(constB10) undefined in model
% 45.21/6.09 % v18(constB11) undefined in model
% 45.21/6.09 % v18(constB12) undefined in model
% 45.21/6.09 % v18(constB13) undefined in model
% 45.21/6.09 % v18(constB14) undefined in model
% 45.21/6.09 % v18(constB15) undefined in model
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v4,type,v4: state_type > $o ).
% 45.21/6.09 tff(predicate_v4,axiom,
% 45.21/6.09 % v4(constB0) undefined in model
% 45.21/6.09 % v4(constB1) undefined in model
% 45.21/6.09 % v4(constB2) undefined in model
% 45.21/6.09 % v4(constB3) undefined in model
% 45.21/6.09 % v4(constB4) undefined in model
% 45.21/6.09 % v4(constB5) undefined in model
% 45.21/6.09 % v4(constB6) undefined in model
% 45.21/6.09 % v4(constB7) undefined in model
% 45.21/6.09 % v4(constB8) undefined in model
% 45.21/6.09 % v4(constB9) undefined in model
% 45.21/6.09 % v4(constB10) undefined in model
% 45.21/6.09 % v4(constB11) undefined in model
% 45.21/6.09 % v4(constB12) undefined in model
% 45.21/6.09 % v4(constB13) undefined in model
% 45.21/6.09 % v4(constB14) undefined in model
% 45.21/6.09 % v4(constB15) undefined in model
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v26,type,v26: state_type > $o ).
% 45.21/6.09 tff(predicate_v26,axiom,
% 45.21/6.09 ~v26(constB0)
% 45.21/6.09 & ~v26(constB1)
% 45.21/6.09 & ~v26(constB2)
% 45.21/6.09 & ~v26(constB3)
% 45.21/6.09 & ~v26(constB4)
% 45.21/6.09 & ~v26(constB5)
% 45.21/6.09 & ~v26(constB6)
% 45.21/6.09 & ~v26(constB7)
% 45.21/6.09 & ~v26(constB8)
% 45.21/6.09 & ~v26(constB9)
% 45.21/6.09 & ~v26(constB10)
% 45.21/6.09 & ~v26(constB11)
% 45.21/6.09 & ~v26(constB12)
% 45.21/6.09 & ~v26(constB13)
% 45.21/6.09 & ~v26(constB14)
% 45.21/6.09 & ~v26(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v31,type,v31: state_type > $o ).
% 45.21/6.09 tff(predicate_v31,axiom,
% 45.21/6.09 v31(constB0)
% 45.21/6.09 & v31(constB1)
% 45.21/6.09 & ~v31(constB2)
% 45.21/6.09 & ~v31(constB3)
% 45.21/6.09 & ~v31(constB4)
% 45.21/6.09 & ~v31(constB5)
% 45.21/6.09 & ~v31(constB6)
% 45.21/6.09 & ~v31(constB7)
% 45.21/6.09 & ~v31(constB8)
% 45.21/6.09 & ~v31(constB9)
% 45.21/6.09 & ~v31(constB10)
% 45.21/6.09 & ~v31(constB11)
% 45.21/6.09 & ~v31(constB12)
% 45.21/6.09 & ~v31(constB13)
% 45.21/6.09 & ~v31(constB14)
% 45.21/6.09 & ~v31(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v39,type,v39: state_type > $o ).
% 45.21/6.09 tff(predicate_v39,axiom,
% 45.21/6.09 ~v39(constB0)
% 45.21/6.09 & v39(constB1)
% 45.21/6.09 & ~v39(constB2)
% 45.21/6.09 & v39(constB3)
% 45.21/6.09 & ~v39(constB4)
% 45.21/6.09 & v39(constB5)
% 45.21/6.09 & ~v39(constB6)
% 45.21/6.09 & v39(constB7)
% 45.21/6.09 & ~v39(constB8)
% 45.21/6.09 & v39(constB9)
% 45.21/6.09 & ~v39(constB10)
% 45.21/6.09 & v39(constB11)
% 45.21/6.09 & ~v39(constB12)
% 45.21/6.09 & v39(constB13)
% 45.21/6.09 & ~v39(constB14)
% 45.21/6.09 & v39(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v38,type,v38: state_type > $o ).
% 45.21/6.09 tff(predicate_v38,axiom,
% 45.21/6.09 ~v38(constB0)
% 45.21/6.09 & v38(constB1)
% 45.21/6.09 & ~v38(constB2)
% 45.21/6.09 & v38(constB3)
% 45.21/6.09 & ~v38(constB4)
% 45.21/6.09 & v38(constB5)
% 45.21/6.09 & ~v38(constB6)
% 45.21/6.09 & v38(constB7)
% 45.21/6.09 & ~v38(constB8)
% 45.21/6.09 & v38(constB9)
% 45.21/6.09 & ~v38(constB10)
% 45.21/6.09 & v38(constB11)
% 45.21/6.09 & ~v38(constB12)
% 45.21/6.09 & v38(constB13)
% 45.21/6.09 & ~v38(constB14)
% 45.21/6.09 & v38(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v37,type,v37: state_type > $o ).
% 45.21/6.09 tff(predicate_v37,axiom,
% 45.21/6.09 v37(constB0)
% 45.21/6.09 & ~v37(constB1)
% 45.21/6.09 & v37(constB2)
% 45.21/6.09 & ~v37(constB3)
% 45.21/6.09 & v37(constB4)
% 45.21/6.09 & ~v37(constB5)
% 45.21/6.09 & v37(constB6)
% 45.21/6.09 & ~v37(constB7)
% 45.21/6.09 & v37(constB8)
% 45.21/6.09 & ~v37(constB9)
% 45.21/6.09 & v37(constB10)
% 45.21/6.09 & ~v37(constB11)
% 45.21/6.09 & v37(constB12)
% 45.21/6.09 & ~v37(constB13)
% 45.21/6.09 & v37(constB14)
% 45.21/6.09 & ~v37(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v34,type,v34: state_type > $o ).
% 45.21/6.09 tff(predicate_v34,axiom,
% 45.21/6.09 v34(constB0)
% 45.21/6.09 & ~v34(constB1)
% 45.21/6.09 & ~v34(constB2)
% 45.21/6.09 & ~v34(constB3)
% 45.21/6.09 & ~v34(constB4)
% 45.21/6.09 & ~v34(constB5)
% 45.21/6.09 & ~v34(constB6)
% 45.21/6.09 & ~v34(constB7)
% 45.21/6.09 & ~v34(constB8)
% 45.21/6.09 & ~v34(constB9)
% 45.21/6.09 & ~v34(constB10)
% 45.21/6.09 & ~v34(constB11)
% 45.21/6.09 & ~v34(constB12)
% 45.21/6.09 & ~v34(constB13)
% 45.21/6.09 & ~v34(constB14)
% 45.21/6.09 & ~v34(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v36,type,v36: state_type > $o ).
% 45.21/6.09 tff(predicate_v36,axiom,
% 45.21/6.09 v36(constB0)
% 45.21/6.09 & v36(constB1)
% 45.21/6.09 & ~v36(constB2)
% 45.21/6.09 & ~v36(constB3)
% 45.21/6.09 & ~v36(constB4)
% 45.21/6.09 & ~v36(constB5)
% 45.21/6.09 & ~v36(constB6)
% 45.21/6.09 & ~v36(constB7)
% 45.21/6.09 & ~v36(constB8)
% 45.21/6.09 & ~v36(constB9)
% 45.21/6.09 & ~v36(constB10)
% 45.21/6.09 & ~v36(constB11)
% 45.21/6.09 & ~v36(constB12)
% 45.21/6.09 & ~v36(constB13)
% 45.21/6.09 & ~v36(constB14)
% 45.21/6.09 & ~v36(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v29,type,v29: state_type > $o ).
% 45.21/6.09 tff(predicate_v29,axiom,
% 45.21/6.09 ~v29(constB0)
% 45.21/6.09 & ~v29(constB1)
% 45.21/6.09 & ~v29(constB2)
% 45.21/6.09 & ~v29(constB3)
% 45.21/6.09 & ~v29(constB4)
% 45.21/6.09 & ~v29(constB5)
% 45.21/6.09 & ~v29(constB6)
% 45.21/6.09 & ~v29(constB7)
% 45.21/6.09 & ~v29(constB8)
% 45.21/6.09 & ~v29(constB9)
% 45.21/6.09 & ~v29(constB10)
% 45.21/6.09 & ~v29(constB11)
% 45.21/6.09 & ~v29(constB12)
% 45.21/6.09 & ~v29(constB13)
% 45.21/6.09 & ~v29(constB14)
% 45.21/6.09 & ~v29(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v47,type,v47: state_type > $o ).
% 45.21/6.09 tff(predicate_v47,axiom,
% 45.21/6.09 ~v47(constB0)
% 45.21/6.09 & ~v47(constB1)
% 45.21/6.09 & ~v47(constB2)
% 45.21/6.09 & ~v47(constB3)
% 45.21/6.09 & ~v47(constB4)
% 45.21/6.09 & ~v47(constB5)
% 45.21/6.09 & ~v47(constB6)
% 45.21/6.09 & ~v47(constB7)
% 45.21/6.09 & ~v47(constB8)
% 45.21/6.09 & ~v47(constB9)
% 45.21/6.09 & ~v47(constB10)
% 45.21/6.09 & ~v47(constB11)
% 45.21/6.09 & ~v47(constB12)
% 45.21/6.09 & ~v47(constB13)
% 45.21/6.09 & ~v47(constB14)
% 45.21/6.09 & ~v47(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v49,type,v49: state_type > $o ).
% 45.21/6.09 tff(predicate_v49,axiom,
% 45.21/6.09 ~v49(constB0)
% 45.21/6.09 & ~v49(constB1)
% 45.21/6.09 & ~v49(constB2)
% 45.21/6.09 & ~v49(constB3)
% 45.21/6.09 & ~v49(constB4)
% 45.21/6.09 & ~v49(constB5)
% 45.21/6.09 & ~v49(constB6)
% 45.21/6.09 & ~v49(constB7)
% 45.21/6.09 & ~v49(constB8)
% 45.21/6.09 & ~v49(constB9)
% 45.21/6.09 & ~v49(constB10)
% 45.21/6.09 & ~v49(constB11)
% 45.21/6.09 & ~v49(constB12)
% 45.21/6.09 & ~v49(constB13)
% 45.21/6.09 & ~v49(constB14)
% 45.21/6.09 & ~v49(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v48,type,v48: state_type > $o ).
% 45.21/6.09 tff(predicate_v48,axiom,
% 45.21/6.09 ~v48(constB0)
% 45.21/6.09 & ~v48(constB1)
% 45.21/6.09 & ~v48(constB2)
% 45.21/6.09 & ~v48(constB3)
% 45.21/6.09 & ~v48(constB4)
% 45.21/6.09 & ~v48(constB5)
% 45.21/6.09 & ~v48(constB6)
% 45.21/6.09 & ~v48(constB7)
% 45.21/6.09 & ~v48(constB8)
% 45.21/6.09 & ~v48(constB9)
% 45.21/6.09 & ~v48(constB10)
% 45.21/6.09 & ~v48(constB11)
% 45.21/6.09 & ~v48(constB12)
% 45.21/6.09 & ~v48(constB13)
% 45.21/6.09 & ~v48(constB14)
% 45.21/6.09 & ~v48(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v44,type,v44: state_type > $o ).
% 45.21/6.09 tff(predicate_v44,axiom,
% 45.21/6.09 ~v44(constB0)
% 45.21/6.09 & ~v44(constB1)
% 45.21/6.09 & ~v44(constB2)
% 45.21/6.09 & ~v44(constB3)
% 45.21/6.09 & ~v44(constB4)
% 45.21/6.09 & ~v44(constB5)
% 45.21/6.09 & ~v44(constB6)
% 45.21/6.09 & ~v44(constB7)
% 45.21/6.09 & ~v44(constB8)
% 45.21/6.09 & ~v44(constB9)
% 45.21/6.09 & ~v44(constB10)
% 45.21/6.09 & ~v44(constB11)
% 45.21/6.09 & ~v44(constB12)
% 45.21/6.09 & ~v44(constB13)
% 45.21/6.09 & ~v44(constB14)
% 45.21/6.09 & ~v44(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v46,type,v46: state_type > $o ).
% 45.21/6.09 tff(predicate_v46,axiom,
% 45.21/6.09 ~v46(constB0)
% 45.21/6.09 & ~v46(constB1)
% 45.21/6.09 & ~v46(constB2)
% 45.21/6.09 & ~v46(constB3)
% 45.21/6.09 & ~v46(constB4)
% 45.21/6.09 & ~v46(constB5)
% 45.21/6.09 & ~v46(constB6)
% 45.21/6.09 & ~v46(constB7)
% 45.21/6.09 & ~v46(constB8)
% 45.21/6.09 & ~v46(constB9)
% 45.21/6.09 & ~v46(constB10)
% 45.21/6.09 & ~v46(constB11)
% 45.21/6.09 & ~v46(constB12)
% 45.21/6.09 & ~v46(constB13)
% 45.21/6.09 & ~v46(constB14)
% 45.21/6.09 & ~v46(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v56,type,v56: state_type > $o ).
% 45.21/6.09 tff(predicate_v56,axiom,
% 45.21/6.09 v56(constB0)
% 45.21/6.09 & v56(constB1)
% 45.21/6.09 & v56(constB2)
% 45.21/6.09 & v56(constB3)
% 45.21/6.09 & v56(constB4)
% 45.21/6.09 & v56(constB5)
% 45.21/6.09 & v56(constB6)
% 45.21/6.09 & v56(constB7)
% 45.21/6.09 & v56(constB8)
% 45.21/6.09 & v56(constB9)
% 45.21/6.09 & v56(constB10)
% 45.21/6.09 & v56(constB11)
% 45.21/6.09 & v56(constB12)
% 45.21/6.09 & v56(constB13)
% 45.21/6.09 & v56(constB14)
% 45.21/6.09 & v56(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v55,type,v55: state_type > $o ).
% 45.21/6.09 tff(predicate_v55,axiom,
% 45.21/6.09 ~v55(constB0)
% 45.21/6.09 & ~v55(constB1)
% 45.21/6.09 & ~v55(constB2)
% 45.21/6.09 & ~v55(constB3)
% 45.21/6.09 & ~v55(constB4)
% 45.21/6.09 & ~v55(constB5)
% 45.21/6.09 & ~v55(constB6)
% 45.21/6.09 & ~v55(constB7)
% 45.21/6.09 & ~v55(constB8)
% 45.21/6.09 & ~v55(constB9)
% 45.21/6.09 & ~v55(constB10)
% 45.21/6.09 & ~v55(constB11)
% 45.21/6.09 & ~v55(constB12)
% 45.21/6.09 & ~v55(constB13)
% 45.21/6.09 & ~v55(constB14)
% 45.21/6.09 & ~v55(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v54,type,v54: state_type > $o ).
% 45.21/6.09 tff(predicate_v54,axiom,
% 45.21/6.09 ~v54(constB0)
% 45.21/6.09 & ~v54(constB1)
% 45.21/6.09 & ~v54(constB2)
% 45.21/6.09 & ~v54(constB3)
% 45.21/6.09 & ~v54(constB4)
% 45.21/6.09 & ~v54(constB5)
% 45.21/6.09 & ~v54(constB6)
% 45.21/6.09 & ~v54(constB7)
% 45.21/6.09 & ~v54(constB8)
% 45.21/6.09 & ~v54(constB9)
% 45.21/6.09 & ~v54(constB10)
% 45.21/6.09 & ~v54(constB11)
% 45.21/6.09 & ~v54(constB12)
% 45.21/6.09 & ~v54(constB13)
% 45.21/6.09 & ~v54(constB14)
% 45.21/6.09 & ~v54(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v53,type,v53: state_type > $o ).
% 45.21/6.09 tff(predicate_v53,axiom,
% 45.21/6.09 ~v53(constB0)
% 45.21/6.09 & ~v53(constB1)
% 45.21/6.09 & ~v53(constB2)
% 45.21/6.09 & ~v53(constB3)
% 45.21/6.09 & ~v53(constB4)
% 45.21/6.09 & ~v53(constB5)
% 45.21/6.09 & ~v53(constB6)
% 45.21/6.09 & ~v53(constB7)
% 45.21/6.09 & ~v53(constB8)
% 45.21/6.09 & ~v53(constB9)
% 45.21/6.09 & ~v53(constB10)
% 45.21/6.09 & ~v53(constB11)
% 45.21/6.09 & ~v53(constB12)
% 45.21/6.09 & ~v53(constB13)
% 45.21/6.09 & ~v53(constB14)
% 45.21/6.09 & ~v53(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v24,type,v24: state_type > $o ).
% 45.21/6.09 tff(predicate_v24,axiom,
% 45.21/6.09 v24(constB0)
% 45.21/6.09 & v24(constB1)
% 45.21/6.09 & v24(constB2)
% 45.21/6.09 & v24(constB3)
% 45.21/6.09 & v24(constB4)
% 45.21/6.09 & v24(constB5)
% 45.21/6.09 & v24(constB6)
% 45.21/6.09 & v24(constB7)
% 45.21/6.09 & v24(constB8)
% 45.21/6.09 & v24(constB9)
% 45.21/6.09 & v24(constB10)
% 45.21/6.09 & v24(constB11)
% 45.21/6.09 & v24(constB12)
% 45.21/6.09 & v24(constB13)
% 45.21/6.09 & v24(constB14)
% 45.21/6.09 & v24(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v64,type,v64: state_type > $o ).
% 45.21/6.09 tff(predicate_v64,axiom,
% 45.21/6.09 v64(constB0)
% 45.21/6.09 & v64(constB1)
% 45.21/6.09 & v64(constB2)
% 45.21/6.09 & v64(constB3)
% 45.21/6.09 & v64(constB4)
% 45.21/6.09 & v64(constB5)
% 45.21/6.09 & v64(constB6)
% 45.21/6.09 & v64(constB7)
% 45.21/6.09 & v64(constB8)
% 45.21/6.09 & v64(constB9)
% 45.21/6.09 & v64(constB10)
% 45.21/6.09 & v64(constB11)
% 45.21/6.09 & v64(constB12)
% 45.21/6.09 & v64(constB13)
% 45.21/6.09 & v64(constB14)
% 45.21/6.09 & v64(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v63,type,v63: state_type > $o ).
% 45.21/6.09 tff(predicate_v63,axiom,
% 45.21/6.09 v63(constB0)
% 45.21/6.09 & v63(constB1)
% 45.21/6.09 & v63(constB2)
% 45.21/6.09 & v63(constB3)
% 45.21/6.09 & v63(constB4)
% 45.21/6.09 & v63(constB5)
% 45.21/6.09 & v63(constB6)
% 45.21/6.09 & v63(constB7)
% 45.21/6.09 & v63(constB8)
% 45.21/6.09 & v63(constB9)
% 45.21/6.09 & v63(constB10)
% 45.21/6.09 & v63(constB11)
% 45.21/6.09 & v63(constB12)
% 45.21/6.09 & v63(constB13)
% 45.21/6.09 & v63(constB14)
% 45.21/6.09 & v63(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v66,type,v66: state_type > $o ).
% 45.21/6.09 tff(predicate_v66,axiom,
% 45.21/6.09 v66(constB0)
% 45.21/6.09 & ~v66(constB1)
% 45.21/6.09 & ~v66(constB2)
% 45.21/6.09 & ~v66(constB3)
% 45.21/6.09 & ~v66(constB4)
% 45.21/6.09 & ~v66(constB5)
% 45.21/6.09 & ~v66(constB6)
% 45.21/6.09 & ~v66(constB7)
% 45.21/6.09 & ~v66(constB8)
% 45.21/6.09 & ~v66(constB9)
% 45.21/6.09 & ~v66(constB10)
% 45.21/6.09 & ~v66(constB11)
% 45.21/6.09 & ~v66(constB12)
% 45.21/6.09 & ~v66(constB13)
% 45.21/6.09 & ~v66(constB14)
% 45.21/6.09 & ~v66(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v60,type,v60: state_type > $o ).
% 45.21/6.09 tff(predicate_v60,axiom,
% 45.21/6.09 v60(constB0)
% 45.21/6.09 & ~v60(constB1)
% 45.21/6.09 & ~v60(constB2)
% 45.21/6.09 & ~v60(constB3)
% 45.21/6.09 & ~v60(constB4)
% 45.21/6.09 & ~v60(constB5)
% 45.21/6.09 & ~v60(constB6)
% 45.21/6.09 & ~v60(constB7)
% 45.21/6.09 & ~v60(constB8)
% 45.21/6.09 & ~v60(constB9)
% 45.21/6.09 & ~v60(constB10)
% 45.21/6.09 & ~v60(constB11)
% 45.21/6.09 & ~v60(constB12)
% 45.21/6.09 & ~v60(constB13)
% 45.21/6.09 & ~v60(constB14)
% 45.21/6.09 & ~v60(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v74,type,v74: state_type > $o ).
% 45.21/6.09 tff(predicate_v74,axiom,
% 45.21/6.09 ~v74(constB0)
% 45.21/6.09 & v74(constB1)
% 45.21/6.09 & v74(constB2)
% 45.21/6.09 & v74(constB3)
% 45.21/6.09 & v74(constB4)
% 45.21/6.09 & v74(constB5)
% 45.21/6.09 & v74(constB6)
% 45.21/6.09 & v74(constB7)
% 45.21/6.09 & v74(constB8)
% 45.21/6.09 & v74(constB9)
% 45.21/6.09 & v74(constB10)
% 45.21/6.09 & v74(constB11)
% 45.21/6.09 & v74(constB12)
% 45.21/6.09 & v74(constB13)
% 45.21/6.09 & v74(constB14)
% 45.21/6.09 & v74(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v73,type,v73: state_type > $o ).
% 45.21/6.09 tff(predicate_v73,axiom,
% 45.21/6.09 v73(constB0)
% 45.21/6.09 & ~v73(constB1)
% 45.21/6.09 & ~v73(constB2)
% 45.21/6.09 & ~v73(constB3)
% 45.21/6.09 & ~v73(constB4)
% 45.21/6.09 & ~v73(constB5)
% 45.21/6.09 & ~v73(constB6)
% 45.21/6.09 & ~v73(constB7)
% 45.21/6.09 & ~v73(constB8)
% 45.21/6.09 & ~v73(constB9)
% 45.21/6.09 & ~v73(constB10)
% 45.21/6.09 & ~v73(constB11)
% 45.21/6.09 & ~v73(constB12)
% 45.21/6.09 & ~v73(constB13)
% 45.21/6.09 & ~v73(constB14)
% 45.21/6.09 & ~v73(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v75,type,v75: state_type > $o ).
% 45.21/6.09 tff(predicate_v75,axiom,
% 45.21/6.09 ~v75(constB0)
% 45.21/6.09 & v75(constB1)
% 45.21/6.09 & ~v75(constB2)
% 45.21/6.09 & v75(constB3)
% 45.21/6.09 & ~v75(constB4)
% 45.21/6.09 & v75(constB5)
% 45.21/6.09 & ~v75(constB6)
% 45.21/6.09 & v75(constB7)
% 45.21/6.09 & ~v75(constB8)
% 45.21/6.09 & v75(constB9)
% 45.21/6.09 & ~v75(constB10)
% 45.21/6.09 & v75(constB11)
% 45.21/6.09 & ~v75(constB12)
% 45.21/6.09 & v75(constB13)
% 45.21/6.09 & ~v75(constB14)
% 45.21/6.09 & v75(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v72,type,v72: state_type > $o ).
% 45.21/6.09 tff(predicate_v72,axiom,
% 45.21/6.09 ~v72(constB0)
% 45.21/6.09 & ~v72(constB1)
% 45.21/6.09 & ~v72(constB2)
% 45.21/6.09 & ~v72(constB3)
% 45.21/6.09 & ~v72(constB4)
% 45.21/6.09 & ~v72(constB5)
% 45.21/6.09 & ~v72(constB6)
% 45.21/6.09 & ~v72(constB7)
% 45.21/6.09 & ~v72(constB8)
% 45.21/6.09 & ~v72(constB9)
% 45.21/6.09 & ~v72(constB10)
% 45.21/6.09 & ~v72(constB11)
% 45.21/6.09 & ~v72(constB12)
% 45.21/6.09 & ~v72(constB13)
% 45.21/6.09 & ~v72(constB14)
% 45.21/6.09 & ~v72(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v79,type,v79: state_type > $o ).
% 45.21/6.09 tff(predicate_v79,axiom,
% 45.21/6.09 v79(constB0)
% 45.21/6.09 & ~v79(constB1)
% 45.21/6.09 & v79(constB2)
% 45.21/6.09 & ~v79(constB3)
% 45.21/6.09 & v79(constB4)
% 45.21/6.09 & ~v79(constB5)
% 45.21/6.09 & v79(constB6)
% 45.21/6.09 & ~v79(constB7)
% 45.21/6.09 & v79(constB8)
% 45.21/6.09 & ~v79(constB9)
% 45.21/6.09 & v79(constB10)
% 45.21/6.09 & ~v79(constB11)
% 45.21/6.09 & v79(constB12)
% 45.21/6.09 & ~v79(constB13)
% 45.21/6.09 & v79(constB14)
% 45.21/6.09 & ~v79(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v78,type,v78: state_type > $o ).
% 45.21/6.09 tff(predicate_v78,axiom,
% 45.21/6.09 v78(constB0)
% 45.21/6.09 & v78(constB1)
% 45.21/6.09 & v78(constB2)
% 45.21/6.09 & v78(constB3)
% 45.21/6.09 & v78(constB4)
% 45.21/6.09 & v78(constB5)
% 45.21/6.09 & v78(constB6)
% 45.21/6.09 & v78(constB7)
% 45.21/6.09 & v78(constB8)
% 45.21/6.09 & v78(constB9)
% 45.21/6.09 & v78(constB10)
% 45.21/6.09 & v78(constB11)
% 45.21/6.09 & v78(constB12)
% 45.21/6.09 & v78(constB13)
% 45.21/6.09 & v78(constB14)
% 45.21/6.09 & v78(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v80,type,v80: state_type > $o ).
% 45.21/6.09 tff(predicate_v80,axiom,
% 45.21/6.09 v80(constB0)
% 45.21/6.09 & v80(constB1)
% 45.21/6.09 & v80(constB2)
% 45.21/6.09 & v80(constB3)
% 45.21/6.09 & v80(constB4)
% 45.21/6.09 & v80(constB5)
% 45.21/6.09 & v80(constB6)
% 45.21/6.09 & v80(constB7)
% 45.21/6.09 & v80(constB8)
% 45.21/6.09 & v80(constB9)
% 45.21/6.09 & v80(constB10)
% 45.21/6.09 & v80(constB11)
% 45.21/6.09 & v80(constB12)
% 45.21/6.09 & v80(constB13)
% 45.21/6.09 & v80(constB14)
% 45.21/6.09 & v80(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v76,type,v76: state_type > $o ).
% 45.21/6.09 tff(predicate_v76,axiom,
% 45.21/6.09 v76(constB0)
% 45.21/6.09 & v76(constB1)
% 45.21/6.09 & v76(constB2)
% 45.21/6.09 & v76(constB3)
% 45.21/6.09 & v76(constB4)
% 45.21/6.09 & v76(constB5)
% 45.21/6.09 & v76(constB6)
% 45.21/6.09 & v76(constB7)
% 45.21/6.09 & v76(constB8)
% 45.21/6.09 & v76(constB9)
% 45.21/6.09 & v76(constB10)
% 45.21/6.09 & v76(constB11)
% 45.21/6.09 & v76(constB12)
% 45.21/6.09 & v76(constB13)
% 45.21/6.09 & v76(constB14)
% 45.21/6.09 & v76(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v71,type,v71: state_type > $o ).
% 45.21/6.09 tff(predicate_v71,axiom,
% 45.21/6.09 ~v71(constB0)
% 45.21/6.09 & ~v71(constB1)
% 45.21/6.09 & ~v71(constB2)
% 45.21/6.09 & ~v71(constB3)
% 45.21/6.09 & ~v71(constB4)
% 45.21/6.09 & ~v71(constB5)
% 45.21/6.09 & ~v71(constB6)
% 45.21/6.09 & ~v71(constB7)
% 45.21/6.09 & ~v71(constB8)
% 45.21/6.09 & ~v71(constB9)
% 45.21/6.09 & ~v71(constB10)
% 45.21/6.09 & ~v71(constB11)
% 45.21/6.09 & ~v71(constB12)
% 45.21/6.09 & ~v71(constB13)
% 45.21/6.09 & ~v71(constB14)
% 45.21/6.09 & ~v71(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v58,type,v58: state_type > $o ).
% 45.21/6.09 tff(predicate_v58,axiom,
% 45.21/6.09 v58(constB0)
% 45.21/6.09 & v58(constB1)
% 45.21/6.09 & v58(constB2)
% 45.21/6.09 & v58(constB3)
% 45.21/6.09 & v58(constB4)
% 45.21/6.09 & v58(constB5)
% 45.21/6.09 & v58(constB6)
% 45.21/6.09 & v58(constB7)
% 45.21/6.09 & v58(constB8)
% 45.21/6.09 & v58(constB9)
% 45.21/6.09 & v58(constB10)
% 45.21/6.09 & v58(constB11)
% 45.21/6.09 & v58(constB12)
% 45.21/6.09 & v58(constB13)
% 45.21/6.09 & v58(constB14)
% 45.21/6.09 & v58(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v90,type,v90: state_type * bitindex_type > $o ).
% 45.21/6.09 tff(predicate_v90,axiom,
% 45.21/6.09 ~v90(constB0,bitIndex0)
% 45.21/6.09 & ~v90(constB0,bitIndex1)
% 45.21/6.09 & ~v90(constB0,bitIndex2)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB0,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB1,bitIndex0)
% 45.21/6.09 & ~v90(constB1,bitIndex1)
% 45.21/6.09 & ~v90(constB1,bitIndex2)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB1,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB2,bitIndex0)
% 45.21/6.09 & ~v90(constB2,bitIndex1)
% 45.21/6.09 & v90(constB2,bitIndex2)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB2,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB3,bitIndex0)
% 45.21/6.09 & ~v90(constB3,bitIndex1)
% 45.21/6.09 & v90(constB3,bitIndex2)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB3,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB4,bitIndex0)
% 45.21/6.09 & v90(constB4,bitIndex1)
% 45.21/6.09 & v90(constB4,bitIndex2)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB4,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB5,bitIndex0)
% 45.21/6.09 & v90(constB5,bitIndex1)
% 45.21/6.09 & v90(constB5,bitIndex2)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB5,fmb_bitindex_type_16)
% 45.21/6.09 & v90(constB6,bitIndex0)
% 45.21/6.09 & ~v90(constB6,bitIndex1)
% 45.21/6.09 & ~v90(constB6,bitIndex2)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB6,fmb_bitindex_type_16)
% 45.21/6.09 & v90(constB7,bitIndex0)
% 45.21/6.09 & ~v90(constB7,bitIndex1)
% 45.21/6.09 & ~v90(constB7,bitIndex2)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB7,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB8,bitIndex0)
% 45.21/6.09 & v90(constB8,bitIndex1)
% 45.21/6.09 & ~v90(constB8,bitIndex2)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB8,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB9,bitIndex0)
% 45.21/6.09 & v90(constB9,bitIndex1)
% 45.21/6.09 & ~v90(constB9,bitIndex2)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB9,fmb_bitindex_type_16)
% 45.21/6.09 & v90(constB10,bitIndex0)
% 45.21/6.09 & v90(constB10,bitIndex1)
% 45.21/6.09 & ~v90(constB10,bitIndex2)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB10,fmb_bitindex_type_16)
% 45.21/6.09 & v90(constB11,bitIndex0)
% 45.21/6.09 & v90(constB11,bitIndex1)
% 45.21/6.09 & ~v90(constB11,bitIndex2)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB11,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB12,bitIndex0)
% 45.21/6.09 & ~v90(constB12,bitIndex1)
% 45.21/6.09 & v90(constB12,bitIndex2)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB12,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB13,bitIndex0)
% 45.21/6.09 & ~v90(constB13,bitIndex1)
% 45.21/6.09 & v90(constB13,bitIndex2)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB13,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB14,bitIndex0)
% 45.21/6.09 & v90(constB14,bitIndex1)
% 45.21/6.09 & v90(constB14,bitIndex2)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB14,fmb_bitindex_type_16)
% 45.21/6.09 & ~v90(constB15,bitIndex0)
% 45.21/6.09 & v90(constB15,bitIndex1)
% 45.21/6.09 & v90(constB15,bitIndex2)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_4)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_5)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_6)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_7)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_8)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_9)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_10)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_11)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_12)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_13)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_14)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_15)
% 45.21/6.09 & ~v90(constB15,fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v104,type,v104: state_type > $o ).
% 45.21/6.09 tff(predicate_v104,axiom,
% 45.21/6.09 v104(constB0)
% 45.21/6.09 & v104(constB1)
% 45.21/6.09 & ~v104(constB2)
% 45.21/6.09 & v104(constB3)
% 45.21/6.09 & ~v104(constB4)
% 45.21/6.09 & v104(constB5)
% 45.21/6.09 & ~v104(constB6)
% 45.21/6.09 & v104(constB7)
% 45.21/6.09 & ~v104(constB8)
% 45.21/6.09 & v104(constB9)
% 45.21/6.09 & ~v104(constB10)
% 45.21/6.09 & v104(constB11)
% 45.21/6.09 & ~v104(constB12)
% 45.21/6.09 & v104(constB13)
% 45.21/6.09 & ~v104(constB14)
% 45.21/6.09 & v104(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v102,type,v102: state_type > $o ).
% 45.21/6.09 tff(predicate_v102,axiom,
% 45.21/6.09 ~v102(constB0)
% 45.21/6.09 & ~v102(constB1)
% 45.21/6.09 & v102(constB2)
% 45.21/6.09 & ~v102(constB3)
% 45.21/6.09 & v102(constB4)
% 45.21/6.09 & ~v102(constB5)
% 45.21/6.09 & v102(constB6)
% 45.21/6.09 & ~v102(constB7)
% 45.21/6.09 & v102(constB8)
% 45.21/6.09 & ~v102(constB9)
% 45.21/6.09 & v102(constB10)
% 45.21/6.09 & ~v102(constB11)
% 45.21/6.09 & v102(constB12)
% 45.21/6.09 & ~v102(constB13)
% 45.21/6.09 & v102(constB14)
% 45.21/6.09 & ~v102(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v101,type,v101: state_type > $o ).
% 45.21/6.09 tff(predicate_v101,axiom,
% 45.21/6.09 ~v101(constB0)
% 45.21/6.09 & ~v101(constB1)
% 45.21/6.09 & v101(constB2)
% 45.21/6.09 & ~v101(constB3)
% 45.21/6.09 & v101(constB4)
% 45.21/6.09 & ~v101(constB5)
% 45.21/6.09 & v101(constB6)
% 45.21/6.09 & ~v101(constB7)
% 45.21/6.09 & v101(constB8)
% 45.21/6.09 & ~v101(constB9)
% 45.21/6.09 & v101(constB10)
% 45.21/6.09 & ~v101(constB11)
% 45.21/6.09 & v101(constB12)
% 45.21/6.09 & ~v101(constB13)
% 45.21/6.09 & v101(constB14)
% 45.21/6.09 & ~v101(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v111,type,v111: state_type > $o ).
% 45.21/6.09 tff(predicate_v111,axiom,
% 45.21/6.09 ~v111(constB0)
% 45.21/6.09 & ~v111(constB1)
% 45.21/6.09 & ~v111(constB2)
% 45.21/6.09 & ~v111(constB3)
% 45.21/6.09 & ~v111(constB4)
% 45.21/6.09 & ~v111(constB5)
% 45.21/6.09 & ~v111(constB6)
% 45.21/6.09 & ~v111(constB7)
% 45.21/6.09 & ~v111(constB8)
% 45.21/6.09 & ~v111(constB9)
% 45.21/6.09 & ~v111(constB10)
% 45.21/6.09 & ~v111(constB11)
% 45.21/6.09 & ~v111(constB12)
% 45.21/6.09 & ~v111(constB13)
% 45.21/6.09 & ~v111(constB14)
% 45.21/6.09 & ~v111(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b000,type,b000: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b000,axiom,
% 45.21/6.09 % b000(bitIndex0) undefined in model
% 45.21/6.09 % b000(bitIndex1) undefined in model
% 45.21/6.09 % b000(bitIndex2) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_4) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_5) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_6) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_7) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_8) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_9) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_10) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_11) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_12) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_13) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_14) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_15) undefined in model
% 45.21/6.09 % b000(fmb_bitindex_type_16) undefined in model
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v119,type,v119: state_type > $o ).
% 45.21/6.09 tff(predicate_v119,axiom,
% 45.21/6.09 v119(constB0)
% 45.21/6.09 & v119(constB1)
% 45.21/6.09 & ~v119(constB2)
% 45.21/6.09 & ~v119(constB3)
% 45.21/6.09 & ~v119(constB4)
% 45.21/6.09 & ~v119(constB5)
% 45.21/6.09 & ~v119(constB6)
% 45.21/6.09 & ~v119(constB7)
% 45.21/6.09 & ~v119(constB8)
% 45.21/6.09 & ~v119(constB9)
% 45.21/6.09 & ~v119(constB10)
% 45.21/6.09 & ~v119(constB11)
% 45.21/6.09 & ~v119(constB12)
% 45.21/6.09 & ~v119(constB13)
% 45.21/6.09 & ~v119(constB14)
% 45.21/6.09 & ~v119(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b001,type,b001: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b001,axiom,
% 45.21/6.09 b001(bitIndex0)
% 45.21/6.09 & ~b001(bitIndex1)
% 45.21/6.09 & ~b001(bitIndex2)
% 45.21/6.09 & ~b001(fmb_bitindex_type_4)
% 45.21/6.09 & ~b001(fmb_bitindex_type_5)
% 45.21/6.09 & ~b001(fmb_bitindex_type_6)
% 45.21/6.09 & ~b001(fmb_bitindex_type_7)
% 45.21/6.09 & ~b001(fmb_bitindex_type_8)
% 45.21/6.09 & ~b001(fmb_bitindex_type_9)
% 45.21/6.09 & ~b001(fmb_bitindex_type_10)
% 45.21/6.09 & ~b001(fmb_bitindex_type_11)
% 45.21/6.09 & ~b001(fmb_bitindex_type_12)
% 45.21/6.09 & ~b001(fmb_bitindex_type_13)
% 45.21/6.09 & ~b001(fmb_bitindex_type_14)
% 45.21/6.09 & ~b001(fmb_bitindex_type_15)
% 45.21/6.09 & ~b001(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v120,type,v120: state_type > $o ).
% 45.21/6.09 tff(predicate_v120,axiom,
% 45.21/6.09 ~v120(constB0)
% 45.21/6.09 & ~v120(constB1)
% 45.21/6.09 & ~v120(constB2)
% 45.21/6.09 & ~v120(constB3)
% 45.21/6.09 & ~v120(constB4)
% 45.21/6.09 & ~v120(constB5)
% 45.21/6.09 & v120(constB6)
% 45.21/6.09 & v120(constB7)
% 45.21/6.09 & ~v120(constB8)
% 45.21/6.09 & ~v120(constB9)
% 45.21/6.09 & ~v120(constB10)
% 45.21/6.09 & ~v120(constB11)
% 45.21/6.09 & ~v120(constB12)
% 45.21/6.09 & ~v120(constB13)
% 45.21/6.09 & ~v120(constB14)
% 45.21/6.09 & ~v120(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v118,type,v118: state_type > $o ).
% 45.21/6.09 tff(predicate_v118,axiom,
% 45.21/6.09 v118(constB0)
% 45.21/6.09 & v118(constB1)
% 45.21/6.09 & ~v118(constB2)
% 45.21/6.09 & ~v118(constB3)
% 45.21/6.09 & ~v118(constB4)
% 45.21/6.09 & ~v118(constB5)
% 45.21/6.09 & v118(constB6)
% 45.21/6.09 & v118(constB7)
% 45.21/6.09 & ~v118(constB8)
% 45.21/6.09 & ~v118(constB9)
% 45.21/6.09 & ~v118(constB10)
% 45.21/6.09 & ~v118(constB11)
% 45.21/6.09 & ~v118(constB12)
% 45.21/6.09 & ~v118(constB13)
% 45.21/6.09 & ~v118(constB14)
% 45.21/6.09 & ~v118(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b010,type,b010: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b010,axiom,
% 45.21/6.09 ~b010(bitIndex0)
% 45.21/6.09 & b010(bitIndex1)
% 45.21/6.09 & ~b010(bitIndex2)
% 45.21/6.09 & ~b010(fmb_bitindex_type_4)
% 45.21/6.09 & ~b010(fmb_bitindex_type_5)
% 45.21/6.09 & ~b010(fmb_bitindex_type_6)
% 45.21/6.09 & ~b010(fmb_bitindex_type_7)
% 45.21/6.09 & ~b010(fmb_bitindex_type_8)
% 45.21/6.09 & ~b010(fmb_bitindex_type_9)
% 45.21/6.09 & ~b010(fmb_bitindex_type_10)
% 45.21/6.09 & ~b010(fmb_bitindex_type_11)
% 45.21/6.09 & ~b010(fmb_bitindex_type_12)
% 45.21/6.09 & ~b010(fmb_bitindex_type_13)
% 45.21/6.09 & ~b010(fmb_bitindex_type_14)
% 45.21/6.09 & ~b010(fmb_bitindex_type_15)
% 45.21/6.09 & ~b010(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v121,type,v121: state_type > $o ).
% 45.21/6.09 tff(predicate_v121,axiom,
% 45.21/6.09 ~v121(constB0)
% 45.21/6.09 & ~v121(constB1)
% 45.21/6.09 & ~v121(constB2)
% 45.21/6.09 & ~v121(constB3)
% 45.21/6.09 & ~v121(constB4)
% 45.21/6.09 & ~v121(constB5)
% 45.21/6.09 & ~v121(constB6)
% 45.21/6.09 & ~v121(constB7)
% 45.21/6.09 & v121(constB8)
% 45.21/6.09 & v121(constB9)
% 45.21/6.09 & ~v121(constB10)
% 45.21/6.09 & ~v121(constB11)
% 45.21/6.09 & ~v121(constB12)
% 45.21/6.09 & ~v121(constB13)
% 45.21/6.09 & ~v121(constB14)
% 45.21/6.09 & ~v121(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v117,type,v117: state_type > $o ).
% 45.21/6.09 tff(predicate_v117,axiom,
% 45.21/6.09 v117(constB0)
% 45.21/6.09 & v117(constB1)
% 45.21/6.09 & ~v117(constB2)
% 45.21/6.09 & ~v117(constB3)
% 45.21/6.09 & ~v117(constB4)
% 45.21/6.09 & ~v117(constB5)
% 45.21/6.09 & v117(constB6)
% 45.21/6.09 & v117(constB7)
% 45.21/6.09 & v117(constB8)
% 45.21/6.09 & v117(constB9)
% 45.21/6.09 & ~v117(constB10)
% 45.21/6.09 & ~v117(constB11)
% 45.21/6.09 & ~v117(constB12)
% 45.21/6.09 & ~v117(constB13)
% 45.21/6.09 & ~v117(constB14)
% 45.21/6.09 & ~v117(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b011,type,b011: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b011,axiom,
% 45.21/6.09 b011(bitIndex0)
% 45.21/6.09 & b011(bitIndex1)
% 45.21/6.09 & ~b011(bitIndex2)
% 45.21/6.09 & ~b011(fmb_bitindex_type_4)
% 45.21/6.09 & ~b011(fmb_bitindex_type_5)
% 45.21/6.09 & ~b011(fmb_bitindex_type_6)
% 45.21/6.09 & ~b011(fmb_bitindex_type_7)
% 45.21/6.09 & ~b011(fmb_bitindex_type_8)
% 45.21/6.09 & ~b011(fmb_bitindex_type_9)
% 45.21/6.09 & ~b011(fmb_bitindex_type_10)
% 45.21/6.09 & ~b011(fmb_bitindex_type_11)
% 45.21/6.09 & ~b011(fmb_bitindex_type_12)
% 45.21/6.09 & ~b011(fmb_bitindex_type_13)
% 45.21/6.09 & ~b011(fmb_bitindex_type_14)
% 45.21/6.09 & ~b011(fmb_bitindex_type_15)
% 45.21/6.09 & ~b011(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v122,type,v122: state_type > $o ).
% 45.21/6.09 tff(predicate_v122,axiom,
% 45.21/6.09 ~v122(constB0)
% 45.21/6.09 & ~v122(constB1)
% 45.21/6.09 & ~v122(constB2)
% 45.21/6.09 & ~v122(constB3)
% 45.21/6.09 & ~v122(constB4)
% 45.21/6.09 & ~v122(constB5)
% 45.21/6.09 & ~v122(constB6)
% 45.21/6.09 & ~v122(constB7)
% 45.21/6.09 & ~v122(constB8)
% 45.21/6.09 & ~v122(constB9)
% 45.21/6.09 & v122(constB10)
% 45.21/6.09 & v122(constB11)
% 45.21/6.09 & ~v122(constB12)
% 45.21/6.09 & ~v122(constB13)
% 45.21/6.09 & ~v122(constB14)
% 45.21/6.09 & ~v122(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v116,type,v116: state_type > $o ).
% 45.21/6.09 tff(predicate_v116,axiom,
% 45.21/6.09 v116(constB0)
% 45.21/6.09 & v116(constB1)
% 45.21/6.09 & ~v116(constB2)
% 45.21/6.09 & ~v116(constB3)
% 45.21/6.09 & ~v116(constB4)
% 45.21/6.09 & ~v116(constB5)
% 45.21/6.09 & v116(constB6)
% 45.21/6.09 & v116(constB7)
% 45.21/6.09 & v116(constB8)
% 45.21/6.09 & v116(constB9)
% 45.21/6.09 & v116(constB10)
% 45.21/6.09 & v116(constB11)
% 45.21/6.09 & ~v116(constB12)
% 45.21/6.09 & ~v116(constB13)
% 45.21/6.09 & ~v116(constB14)
% 45.21/6.09 & ~v116(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b100,type,b100: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b100,axiom,
% 45.21/6.09 ~b100(bitIndex0)
% 45.21/6.09 & ~b100(bitIndex1)
% 45.21/6.09 & b100(bitIndex2)
% 45.21/6.09 & ~b100(fmb_bitindex_type_4)
% 45.21/6.09 & ~b100(fmb_bitindex_type_5)
% 45.21/6.09 & ~b100(fmb_bitindex_type_6)
% 45.21/6.09 & ~b100(fmb_bitindex_type_7)
% 45.21/6.09 & ~b100(fmb_bitindex_type_8)
% 45.21/6.09 & ~b100(fmb_bitindex_type_9)
% 45.21/6.09 & ~b100(fmb_bitindex_type_10)
% 45.21/6.09 & ~b100(fmb_bitindex_type_11)
% 45.21/6.09 & ~b100(fmb_bitindex_type_12)
% 45.21/6.09 & ~b100(fmb_bitindex_type_13)
% 45.21/6.09 & ~b100(fmb_bitindex_type_14)
% 45.21/6.09 & ~b100(fmb_bitindex_type_15)
% 45.21/6.09 & ~b100(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v123,type,v123: state_type > $o ).
% 45.21/6.09 tff(predicate_v123,axiom,
% 45.21/6.09 ~v123(constB0)
% 45.21/6.09 & ~v123(constB1)
% 45.21/6.09 & v123(constB2)
% 45.21/6.09 & v123(constB3)
% 45.21/6.09 & ~v123(constB4)
% 45.21/6.09 & ~v123(constB5)
% 45.21/6.09 & ~v123(constB6)
% 45.21/6.09 & ~v123(constB7)
% 45.21/6.09 & ~v123(constB8)
% 45.21/6.09 & ~v123(constB9)
% 45.21/6.09 & ~v123(constB10)
% 45.21/6.09 & ~v123(constB11)
% 45.21/6.09 & v123(constB12)
% 45.21/6.09 & v123(constB13)
% 45.21/6.09 & ~v123(constB14)
% 45.21/6.09 & ~v123(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v115,type,v115: state_type > $o ).
% 45.21/6.09 tff(predicate_v115,axiom,
% 45.21/6.09 v115(constB0)
% 45.21/6.09 & v115(constB1)
% 45.21/6.09 & v115(constB2)
% 45.21/6.09 & v115(constB3)
% 45.21/6.09 & ~v115(constB4)
% 45.21/6.09 & ~v115(constB5)
% 45.21/6.09 & v115(constB6)
% 45.21/6.09 & v115(constB7)
% 45.21/6.09 & v115(constB8)
% 45.21/6.09 & v115(constB9)
% 45.21/6.09 & v115(constB10)
% 45.21/6.09 & v115(constB11)
% 45.21/6.09 & v115(constB12)
% 45.21/6.09 & v115(constB13)
% 45.21/6.09 & ~v115(constB14)
% 45.21/6.09 & ~v115(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b101,type,b101: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b101,axiom,
% 45.21/6.09 b101(bitIndex0)
% 45.21/6.09 & ~b101(bitIndex1)
% 45.21/6.09 & b101(bitIndex2)
% 45.21/6.09 & ~b101(fmb_bitindex_type_4)
% 45.21/6.09 & ~b101(fmb_bitindex_type_5)
% 45.21/6.09 & ~b101(fmb_bitindex_type_6)
% 45.21/6.09 & ~b101(fmb_bitindex_type_7)
% 45.21/6.09 & ~b101(fmb_bitindex_type_8)
% 45.21/6.09 & ~b101(fmb_bitindex_type_9)
% 45.21/6.09 & ~b101(fmb_bitindex_type_10)
% 45.21/6.09 & ~b101(fmb_bitindex_type_11)
% 45.21/6.09 & ~b101(fmb_bitindex_type_12)
% 45.21/6.09 & ~b101(fmb_bitindex_type_13)
% 45.21/6.09 & ~b101(fmb_bitindex_type_14)
% 45.21/6.09 & ~b101(fmb_bitindex_type_15)
% 45.21/6.09 & ~b101(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v124,type,v124: state_type > $o ).
% 45.21/6.09 tff(predicate_v124,axiom,
% 45.21/6.09 ~v124(constB0)
% 45.21/6.09 & ~v124(constB1)
% 45.21/6.09 & ~v124(constB2)
% 45.21/6.09 & ~v124(constB3)
% 45.21/6.09 & ~v124(constB4)
% 45.21/6.09 & ~v124(constB5)
% 45.21/6.09 & ~v124(constB6)
% 45.21/6.09 & ~v124(constB7)
% 45.21/6.09 & ~v124(constB8)
% 45.21/6.09 & ~v124(constB9)
% 45.21/6.09 & ~v124(constB10)
% 45.21/6.09 & ~v124(constB11)
% 45.21/6.09 & ~v124(constB12)
% 45.21/6.09 & ~v124(constB13)
% 45.21/6.09 & ~v124(constB14)
% 45.21/6.09 & ~v124(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v114,type,v114: state_type > $o ).
% 45.21/6.09 tff(predicate_v114,axiom,
% 45.21/6.09 v114(constB0)
% 45.21/6.09 & v114(constB1)
% 45.21/6.09 & v114(constB2)
% 45.21/6.09 & v114(constB3)
% 45.21/6.09 & ~v114(constB4)
% 45.21/6.09 & ~v114(constB5)
% 45.21/6.09 & v114(constB6)
% 45.21/6.09 & v114(constB7)
% 45.21/6.09 & v114(constB8)
% 45.21/6.09 & v114(constB9)
% 45.21/6.09 & v114(constB10)
% 45.21/6.09 & v114(constB11)
% 45.21/6.09 & v114(constB12)
% 45.21/6.09 & v114(constB13)
% 45.21/6.09 & ~v114(constB14)
% 45.21/6.09 & ~v114(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_b110,type,b110: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_b110,axiom,
% 45.21/6.09 ~b110(bitIndex0)
% 45.21/6.09 & b110(bitIndex1)
% 45.21/6.09 & b110(bitIndex2)
% 45.21/6.09 & ~b110(fmb_bitindex_type_4)
% 45.21/6.09 & ~b110(fmb_bitindex_type_5)
% 45.21/6.09 & ~b110(fmb_bitindex_type_6)
% 45.21/6.09 & ~b110(fmb_bitindex_type_7)
% 45.21/6.09 & ~b110(fmb_bitindex_type_8)
% 45.21/6.09 & ~b110(fmb_bitindex_type_9)
% 45.21/6.09 & ~b110(fmb_bitindex_type_10)
% 45.21/6.09 & ~b110(fmb_bitindex_type_11)
% 45.21/6.09 & ~b110(fmb_bitindex_type_12)
% 45.21/6.09 & ~b110(fmb_bitindex_type_13)
% 45.21/6.09 & ~b110(fmb_bitindex_type_14)
% 45.21/6.09 & ~b110(fmb_bitindex_type_15)
% 45.21/6.09 & ~b110(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v125,type,v125: state_type > $o ).
% 45.21/6.09 tff(predicate_v125,axiom,
% 45.21/6.09 ~v125(constB0)
% 45.21/6.09 & ~v125(constB1)
% 45.21/6.09 & ~v125(constB2)
% 45.21/6.09 & ~v125(constB3)
% 45.21/6.09 & v125(constB4)
% 45.21/6.09 & v125(constB5)
% 45.21/6.09 & ~v125(constB6)
% 45.21/6.09 & ~v125(constB7)
% 45.21/6.09 & ~v125(constB8)
% 45.21/6.09 & ~v125(constB9)
% 45.21/6.09 & ~v125(constB10)
% 45.21/6.09 & ~v125(constB11)
% 45.21/6.09 & ~v125(constB12)
% 45.21/6.09 & ~v125(constB13)
% 45.21/6.09 & v125(constB14)
% 45.21/6.09 & v125(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v113,type,v113: state_type > $o ).
% 45.21/6.09 tff(predicate_v113,axiom,
% 45.21/6.09 v113(constB0)
% 45.21/6.09 & v113(constB1)
% 45.21/6.09 & v113(constB2)
% 45.21/6.09 & v113(constB3)
% 45.21/6.09 & v113(constB4)
% 45.21/6.09 & v113(constB5)
% 45.21/6.09 & v113(constB6)
% 45.21/6.09 & v113(constB7)
% 45.21/6.09 & v113(constB8)
% 45.21/6.09 & v113(constB9)
% 45.21/6.09 & v113(constB10)
% 45.21/6.09 & v113(constB11)
% 45.21/6.09 & v113(constB12)
% 45.21/6.09 & v113(constB13)
% 45.21/6.09 & v113(constB14)
% 45.21/6.09 & v113(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v126,type,v126: state_type > $o ).
% 45.21/6.09 tff(predicate_v126,axiom,
% 45.21/6.09 v126(constB0)
% 45.21/6.09 & v126(constB1)
% 45.21/6.09 & v126(constB2)
% 45.21/6.09 & v126(constB3)
% 45.21/6.09 & v126(constB4)
% 45.21/6.09 & v126(constB5)
% 45.21/6.09 & v126(constB6)
% 45.21/6.09 & v126(constB7)
% 45.21/6.09 & v126(constB8)
% 45.21/6.09 & v126(constB9)
% 45.21/6.09 & v126(constB10)
% 45.21/6.09 & v126(constB11)
% 45.21/6.09 & v126(constB12)
% 45.21/6.09 & v126(constB13)
% 45.21/6.09 & v126(constB14)
% 45.21/6.09 & v126(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v112,type,v112: state_type > $o ).
% 45.21/6.09 tff(predicate_v112,axiom,
% 45.21/6.09 v112(constB0)
% 45.21/6.09 & v112(constB1)
% 45.21/6.09 & v112(constB2)
% 45.21/6.09 & v112(constB3)
% 45.21/6.09 & v112(constB4)
% 45.21/6.09 & v112(constB5)
% 45.21/6.09 & v112(constB6)
% 45.21/6.09 & v112(constB7)
% 45.21/6.09 & v112(constB8)
% 45.21/6.09 & v112(constB9)
% 45.21/6.09 & v112(constB10)
% 45.21/6.09 & v112(constB11)
% 45.21/6.09 & v112(constB12)
% 45.21/6.09 & v112(constB13)
% 45.21/6.09 & v112(constB14)
% 45.21/6.09 & v112(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v108,type,v108: state_type > $o ).
% 45.21/6.09 tff(predicate_v108,axiom,
% 45.21/6.09 v108(constB0)
% 45.21/6.09 & v108(constB1)
% 45.21/6.09 & v108(constB2)
% 45.21/6.09 & v108(constB3)
% 45.21/6.09 & v108(constB4)
% 45.21/6.09 & v108(constB5)
% 45.21/6.09 & v108(constB6)
% 45.21/6.09 & v108(constB7)
% 45.21/6.09 & v108(constB8)
% 45.21/6.09 & v108(constB9)
% 45.21/6.09 & v108(constB10)
% 45.21/6.09 & v108(constB11)
% 45.21/6.09 & v108(constB12)
% 45.21/6.09 & v108(constB13)
% 45.21/6.09 & v108(constB14)
% 45.21/6.09 & v108(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v110,type,v110: state_type > $o ).
% 45.21/6.09 tff(predicate_v110,axiom,
% 45.21/6.09 ~v110(constB0)
% 45.21/6.09 & v110(constB1)
% 45.21/6.09 & v110(constB2)
% 45.21/6.09 & v110(constB3)
% 45.21/6.09 & v110(constB4)
% 45.21/6.09 & v110(constB5)
% 45.21/6.09 & v110(constB6)
% 45.21/6.09 & v110(constB7)
% 45.21/6.09 & v110(constB8)
% 45.21/6.09 & v110(constB9)
% 45.21/6.09 & v110(constB10)
% 45.21/6.09 & v110(constB11)
% 45.21/6.09 & v110(constB12)
% 45.21/6.09 & v110(constB13)
% 45.21/6.09 & v110(constB14)
% 45.21/6.09 & v110(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v100,type,v100: state_type > $o ).
% 45.21/6.09 tff(predicate_v100,axiom,
% 45.21/6.09 ~v100(constB0)
% 45.21/6.09 & ~v100(constB1)
% 45.21/6.09 & v100(constB2)
% 45.21/6.09 & ~v100(constB3)
% 45.21/6.09 & v100(constB4)
% 45.21/6.09 & ~v100(constB5)
% 45.21/6.09 & v100(constB6)
% 45.21/6.09 & ~v100(constB7)
% 45.21/6.09 & v100(constB8)
% 45.21/6.09 & ~v100(constB9)
% 45.21/6.09 & v100(constB10)
% 45.21/6.09 & ~v100(constB11)
% 45.21/6.09 & v100(constB12)
% 45.21/6.09 & ~v100(constB13)
% 45.21/6.09 & v100(constB14)
% 45.21/6.09 & ~v100(constB15)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v130,type,v130: state_type * bitindex_type > $o ).
% 45.21/6.09 tff(predicate_v130,axiom,
% 45.21/6.09 ~v130(constB0,bitIndex0)
% 45.21/6.09 & ~v130(constB0,bitIndex1)
% 45.21/6.09 & v130(constB0,bitIndex2)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB0,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB1,bitIndex0)
% 45.21/6.09 & ~v130(constB1,bitIndex1)
% 45.21/6.09 & v130(constB1,bitIndex2)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB1,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB2,bitIndex0)
% 45.21/6.09 & v130(constB2,bitIndex1)
% 45.21/6.09 & v130(constB2,bitIndex2)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB2,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB3,bitIndex0)
% 45.21/6.09 & v130(constB3,bitIndex1)
% 45.21/6.09 & v130(constB3,bitIndex2)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB3,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB4,bitIndex0)
% 45.21/6.09 & ~v130(constB4,bitIndex1)
% 45.21/6.09 & ~v130(constB4,bitIndex2)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB4,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB5,bitIndex0)
% 45.21/6.09 & ~v130(constB5,bitIndex1)
% 45.21/6.09 & ~v130(constB5,bitIndex2)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB5,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB6,bitIndex0)
% 45.21/6.09 & v130(constB6,bitIndex1)
% 45.21/6.09 & ~v130(constB6,bitIndex2)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB6,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB7,bitIndex0)
% 45.21/6.09 & v130(constB7,bitIndex1)
% 45.21/6.09 & ~v130(constB7,bitIndex2)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB7,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB8,bitIndex0)
% 45.21/6.09 & v130(constB8,bitIndex1)
% 45.21/6.09 & ~v130(constB8,bitIndex2)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB8,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB9,bitIndex0)
% 45.21/6.09 & v130(constB9,bitIndex1)
% 45.21/6.09 & ~v130(constB9,bitIndex2)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB9,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB10,bitIndex0)
% 45.21/6.09 & ~v130(constB10,bitIndex1)
% 45.21/6.09 & v130(constB10,bitIndex2)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB10,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB11,bitIndex0)
% 45.21/6.09 & ~v130(constB11,bitIndex1)
% 45.21/6.09 & v130(constB11,bitIndex2)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB11,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB12,bitIndex0)
% 45.21/6.09 & v130(constB12,bitIndex1)
% 45.21/6.09 & v130(constB12,bitIndex2)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB12,fmb_bitindex_type_16)
% 45.21/6.09 & ~v130(constB13,bitIndex0)
% 45.21/6.09 & v130(constB13,bitIndex1)
% 45.21/6.09 & v130(constB13,bitIndex2)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB13,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB14,bitIndex0)
% 45.21/6.09 & ~v130(constB14,bitIndex1)
% 45.21/6.09 & ~v130(constB14,bitIndex2)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB14,fmb_bitindex_type_16)
% 45.21/6.09 & v130(constB15,bitIndex0)
% 45.21/6.09 & ~v130(constB15,bitIndex1)
% 45.21/6.09 & ~v130(constB15,bitIndex2)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_4)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_5)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_6)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_7)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_8)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_9)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_10)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_11)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_12)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_13)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_14)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_15)
% 45.21/6.09 & ~v130(constB15,fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_less_3,type,less_3: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_less_3,axiom,
% 45.21/6.09 less_3(bitIndex0)
% 45.21/6.09 & less_3(bitIndex1)
% 45.21/6.09 & less_3(bitIndex2)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_4)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_5)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_6)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_7)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_8)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_9)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_10)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_11)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_12)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_13)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_14)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_15)
% 45.21/6.09 & ~less_3(fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_less_0,type,less_0: bitindex_type > $o ).
% 45.21/6.09 tff(predicate_less_0,axiom,
% 45.21/6.09 % less_0(bitIndex0) undefined in model
% 45.21/6.09 % less_0(bitIndex1) undefined in model
% 45.21/6.09 % less_0(bitIndex2) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_4) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_5) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_6) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_7) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_8) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_9) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_10) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_11) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_12) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_13) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_14) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_15) undefined in model
% 45.21/6.09 % less_0(fmb_bitindex_type_16) undefined in model
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v127,type,v127: state_type * bitindex_type > $o ).
% 45.21/6.09 tff(predicate_v127,axiom,
% 45.21/6.09 ~v127(constB0,bitIndex0)
% 45.21/6.09 & ~v127(constB0,bitIndex1)
% 45.21/6.09 & v127(constB0,bitIndex2)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB0,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB1,bitIndex0)
% 45.21/6.09 & ~v127(constB1,bitIndex1)
% 45.21/6.09 & v127(constB1,bitIndex2)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB1,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB2,bitIndex0)
% 45.21/6.09 & v127(constB2,bitIndex1)
% 45.21/6.09 & v127(constB2,bitIndex2)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB2,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB3,bitIndex0)
% 45.21/6.09 & v127(constB3,bitIndex1)
% 45.21/6.09 & v127(constB3,bitIndex2)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB3,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB4,bitIndex0)
% 45.21/6.09 & ~v127(constB4,bitIndex1)
% 45.21/6.09 & ~v127(constB4,bitIndex2)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB4,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB5,bitIndex0)
% 45.21/6.09 & ~v127(constB5,bitIndex1)
% 45.21/6.09 & ~v127(constB5,bitIndex2)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB5,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB6,bitIndex0)
% 45.21/6.09 & v127(constB6,bitIndex1)
% 45.21/6.09 & ~v127(constB6,bitIndex2)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB6,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB7,bitIndex0)
% 45.21/6.09 & v127(constB7,bitIndex1)
% 45.21/6.09 & ~v127(constB7,bitIndex2)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB7,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB8,bitIndex0)
% 45.21/6.09 & v127(constB8,bitIndex1)
% 45.21/6.09 & ~v127(constB8,bitIndex2)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB8,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB9,bitIndex0)
% 45.21/6.09 & v127(constB9,bitIndex1)
% 45.21/6.09 & ~v127(constB9,bitIndex2)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB9,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB10,bitIndex0)
% 45.21/6.09 & ~v127(constB10,bitIndex1)
% 45.21/6.09 & v127(constB10,bitIndex2)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB10,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB11,bitIndex0)
% 45.21/6.09 & ~v127(constB11,bitIndex1)
% 45.21/6.09 & v127(constB11,bitIndex2)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB11,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB12,bitIndex0)
% 45.21/6.09 & v127(constB12,bitIndex1)
% 45.21/6.09 & v127(constB12,bitIndex2)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB12,fmb_bitindex_type_16)
% 45.21/6.09 & ~v127(constB13,bitIndex0)
% 45.21/6.09 & v127(constB13,bitIndex1)
% 45.21/6.09 & v127(constB13,bitIndex2)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB13,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB14,bitIndex0)
% 45.21/6.09 & ~v127(constB14,bitIndex1)
% 45.21/6.09 & ~v127(constB14,bitIndex2)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB14,fmb_bitindex_type_16)
% 45.21/6.09 & v127(constB15,bitIndex0)
% 45.21/6.09 & ~v127(constB15,bitIndex1)
% 45.21/6.09 & ~v127(constB15,bitIndex2)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_4)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_5)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_6)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_7)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_8)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_9)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_10)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_11)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_12)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_13)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_14)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_15)
% 45.21/6.09 & ~v127(constB15,fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v129,type,v129: state_type * bitindex_type > $o ).
% 45.21/6.09 tff(predicate_v129,axiom,
% 45.21/6.09 v129(constB0,bitIndex0)
% 45.21/6.09 & v129(constB0,bitIndex1)
% 45.21/6.09 & ~v129(constB0,bitIndex2)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB0,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB1,bitIndex0)
% 45.21/6.09 & ~v129(constB1,bitIndex1)
% 45.21/6.09 & v129(constB1,bitIndex2)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB1,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB2,bitIndex0)
% 45.21/6.09 & ~v129(constB2,bitIndex1)
% 45.21/6.09 & v129(constB2,bitIndex2)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB2,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB3,bitIndex0)
% 45.21/6.09 & v129(constB3,bitIndex1)
% 45.21/6.09 & v129(constB3,bitIndex2)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB3,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB4,bitIndex0)
% 45.21/6.09 & v129(constB4,bitIndex1)
% 45.21/6.09 & v129(constB4,bitIndex2)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB4,fmb_bitindex_type_16)
% 45.21/6.09 & v129(constB5,bitIndex0)
% 45.21/6.09 & ~v129(constB5,bitIndex1)
% 45.21/6.09 & ~v129(constB5,bitIndex2)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB5,fmb_bitindex_type_16)
% 45.21/6.09 & v129(constB6,bitIndex0)
% 45.21/6.09 & ~v129(constB6,bitIndex1)
% 45.21/6.09 & ~v129(constB6,bitIndex2)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB6,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB7,bitIndex0)
% 45.21/6.09 & v129(constB7,bitIndex1)
% 45.21/6.09 & ~v129(constB7,bitIndex2)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB7,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB8,bitIndex0)
% 45.21/6.09 & v129(constB8,bitIndex1)
% 45.21/6.09 & ~v129(constB8,bitIndex2)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB8,fmb_bitindex_type_16)
% 45.21/6.09 & v129(constB9,bitIndex0)
% 45.21/6.09 & v129(constB9,bitIndex1)
% 45.21/6.09 & ~v129(constB9,bitIndex2)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB9,fmb_bitindex_type_16)
% 45.21/6.09 & v129(constB10,bitIndex0)
% 45.21/6.09 & v129(constB10,bitIndex1)
% 45.21/6.09 & ~v129(constB10,bitIndex2)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB10,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB11,bitIndex0)
% 45.21/6.09 & ~v129(constB11,bitIndex1)
% 45.21/6.09 & v129(constB11,bitIndex2)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB11,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB12,bitIndex0)
% 45.21/6.09 & ~v129(constB12,bitIndex1)
% 45.21/6.09 & v129(constB12,bitIndex2)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB12,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB13,bitIndex0)
% 45.21/6.09 & v129(constB13,bitIndex1)
% 45.21/6.09 & v129(constB13,bitIndex2)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB13,fmb_bitindex_type_16)
% 45.21/6.09 & ~v129(constB14,bitIndex0)
% 45.21/6.09 & v129(constB14,bitIndex1)
% 45.21/6.09 & v129(constB14,bitIndex2)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB14,fmb_bitindex_type_16)
% 45.21/6.09 & v129(constB15,bitIndex0)
% 45.21/6.09 & ~v129(constB15,bitIndex1)
% 45.21/6.09 & ~v129(constB15,bitIndex2)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_4)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_5)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_6)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_7)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_8)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_9)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_10)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_11)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_12)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_13)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_14)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_15)
% 45.21/6.09 & ~v129(constB15,fmb_bitindex_type_16)
% 45.21/6.09
% 45.21/6.09 ).
% 45.21/6.09
% 45.21/6.09 tff(declare_v88,type,v88: state_type * bitindex_type > $o ).
% 45.21/6.09 tff(predicate_v88,axiom,
% 45.21/6.09 ~v88(constB0,bitIndex0)
% 45.21/6.09 & ~v88(constB0,bitIndex1)
% 45.21/6.09 & ~v88(constB0,bitIndex2)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_4)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_5)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_6)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_7)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_8)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_9)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_10)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_11)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_12)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_13)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_14)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_15)
% 45.21/6.09 & ~v88(constB0,fmb_bitindex_type_16)
% 45.21/6.09 & ~v88(constB1,bitIndex0)
% 45.21/6.09 & ~v88(constB1,bitIndex1)
% 45.21/6.09 & ~v88(constB1,bitIndex2)
% 45.21/6.09 & ~v88(constB1,fmb_bitindex_type_4)
% 45.21/6.09 & ~v88(constB1,fmb_bitindex_type_5)
% 45.21/6.09 & ~v88(constB1,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB1,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB2,bitIndex0)
% 45.21/6.10 & ~v88(constB2,bitIndex1)
% 45.21/6.10 & v88(constB2,bitIndex2)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB2,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB3,bitIndex0)
% 45.21/6.10 & ~v88(constB3,bitIndex1)
% 45.21/6.10 & v88(constB3,bitIndex2)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB3,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB4,bitIndex0)
% 45.21/6.10 & v88(constB4,bitIndex1)
% 45.21/6.10 & v88(constB4,bitIndex2)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB4,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB5,bitIndex0)
% 45.21/6.10 & v88(constB5,bitIndex1)
% 45.21/6.10 & v88(constB5,bitIndex2)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB5,fmb_bitindex_type_16)
% 45.21/6.10 & v88(constB6,bitIndex0)
% 45.21/6.10 & ~v88(constB6,bitIndex1)
% 45.21/6.10 & ~v88(constB6,bitIndex2)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB6,fmb_bitindex_type_16)
% 45.21/6.10 & v88(constB7,bitIndex0)
% 45.21/6.10 & ~v88(constB7,bitIndex1)
% 45.21/6.10 & ~v88(constB7,bitIndex2)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB7,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB8,bitIndex0)
% 45.21/6.10 & v88(constB8,bitIndex1)
% 45.21/6.10 & ~v88(constB8,bitIndex2)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB8,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB9,bitIndex0)
% 45.21/6.10 & v88(constB9,bitIndex1)
% 45.21/6.10 & ~v88(constB9,bitIndex2)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB9,fmb_bitindex_type_16)
% 45.21/6.10 & v88(constB10,bitIndex0)
% 45.21/6.10 & v88(constB10,bitIndex1)
% 45.21/6.10 & ~v88(constB10,bitIndex2)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB10,fmb_bitindex_type_16)
% 45.21/6.10 & v88(constB11,bitIndex0)
% 45.21/6.10 & v88(constB11,bitIndex1)
% 45.21/6.10 & ~v88(constB11,bitIndex2)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB11,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB12,bitIndex0)
% 45.21/6.10 & ~v88(constB12,bitIndex1)
% 45.21/6.10 & v88(constB12,bitIndex2)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB12,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB13,bitIndex0)
% 45.21/6.10 & ~v88(constB13,bitIndex1)
% 45.21/6.10 & v88(constB13,bitIndex2)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB13,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB14,bitIndex0)
% 45.21/6.10 & v88(constB14,bitIndex1)
% 45.21/6.10 & v88(constB14,bitIndex2)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB14,fmb_bitindex_type_16)
% 45.21/6.10 & ~v88(constB15,bitIndex0)
% 45.21/6.10 & v88(constB15,bitIndex1)
% 45.21/6.10 & v88(constB15,bitIndex2)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_4)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_5)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_6)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_7)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_8)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_9)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_10)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_11)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_12)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_13)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_14)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_15)
% 45.21/6.10 & ~v88(constB15,fmb_bitindex_type_16)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v86,type,v86: state_type > $o ).
% 45.21/6.10 tff(predicate_v86,axiom,
% 45.21/6.10 ~v86(constB0)
% 45.21/6.10 & ~v86(constB1)
% 45.21/6.10 & ~v86(constB2)
% 45.21/6.10 & ~v86(constB3)
% 45.21/6.10 & v86(constB4)
% 45.21/6.10 & v86(constB5)
% 45.21/6.10 & ~v86(constB6)
% 45.21/6.10 & ~v86(constB7)
% 45.21/6.10 & v86(constB8)
% 45.21/6.10 & v86(constB9)
% 45.21/6.10 & ~v86(constB10)
% 45.21/6.10 & ~v86(constB11)
% 45.21/6.10 & ~v86(constB12)
% 45.21/6.10 & ~v86(constB13)
% 45.21/6.10 & v86(constB14)
% 45.21/6.10 & v86(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v139,type,v139: state_type > $o ).
% 45.21/6.10 tff(predicate_v139,axiom,
% 45.21/6.10 v139(constB0)
% 45.21/6.10 & v139(constB1)
% 45.21/6.10 & ~v139(constB2)
% 45.21/6.10 & ~v139(constB3)
% 45.21/6.10 & ~v139(constB4)
% 45.21/6.10 & ~v139(constB5)
% 45.21/6.10 & ~v139(constB6)
% 45.21/6.10 & ~v139(constB7)
% 45.21/6.10 & ~v139(constB8)
% 45.21/6.10 & ~v139(constB9)
% 45.21/6.10 & ~v139(constB10)
% 45.21/6.10 & ~v139(constB11)
% 45.21/6.10 & ~v139(constB12)
% 45.21/6.10 & ~v139(constB13)
% 45.21/6.10 & ~v139(constB14)
% 45.21/6.10 & ~v139(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v140,type,v140: state_type > $o ).
% 45.21/6.10 tff(predicate_v140,axiom,
% 45.21/6.10 ~v140(constB0)
% 45.21/6.10 & ~v140(constB1)
% 45.21/6.10 & ~v140(constB2)
% 45.21/6.10 & ~v140(constB3)
% 45.21/6.10 & ~v140(constB4)
% 45.21/6.10 & ~v140(constB5)
% 45.21/6.10 & v140(constB6)
% 45.21/6.10 & v140(constB7)
% 45.21/6.10 & ~v140(constB8)
% 45.21/6.10 & ~v140(constB9)
% 45.21/6.10 & ~v140(constB10)
% 45.21/6.10 & ~v140(constB11)
% 45.21/6.10 & ~v140(constB12)
% 45.21/6.10 & ~v140(constB13)
% 45.21/6.10 & ~v140(constB14)
% 45.21/6.10 & ~v140(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v138,type,v138: state_type > $o ).
% 45.21/6.10 tff(predicate_v138,axiom,
% 45.21/6.10 v138(constB0)
% 45.21/6.10 & v138(constB1)
% 45.21/6.10 & ~v138(constB2)
% 45.21/6.10 & ~v138(constB3)
% 45.21/6.10 & ~v138(constB4)
% 45.21/6.10 & ~v138(constB5)
% 45.21/6.10 & v138(constB6)
% 45.21/6.10 & v138(constB7)
% 45.21/6.10 & ~v138(constB8)
% 45.21/6.10 & ~v138(constB9)
% 45.21/6.10 & ~v138(constB10)
% 45.21/6.10 & ~v138(constB11)
% 45.21/6.10 & ~v138(constB12)
% 45.21/6.10 & ~v138(constB13)
% 45.21/6.10 & ~v138(constB14)
% 45.21/6.10 & ~v138(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v141,type,v141: state_type > $o ).
% 45.21/6.10 tff(predicate_v141,axiom,
% 45.21/6.10 ~v141(constB0)
% 45.21/6.10 & ~v141(constB1)
% 45.21/6.10 & ~v141(constB2)
% 45.21/6.10 & ~v141(constB3)
% 45.21/6.10 & ~v141(constB4)
% 45.21/6.10 & ~v141(constB5)
% 45.21/6.10 & ~v141(constB6)
% 45.21/6.10 & ~v141(constB7)
% 45.21/6.10 & ~v141(constB8)
% 45.21/6.10 & ~v141(constB9)
% 45.21/6.10 & v141(constB10)
% 45.21/6.10 & v141(constB11)
% 45.21/6.10 & ~v141(constB12)
% 45.21/6.10 & ~v141(constB13)
% 45.21/6.10 & ~v141(constB14)
% 45.21/6.10 & ~v141(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v137,type,v137: state_type > $o ).
% 45.21/6.10 tff(predicate_v137,axiom,
% 45.21/6.10 v137(constB0)
% 45.21/6.10 & v137(constB1)
% 45.21/6.10 & ~v137(constB2)
% 45.21/6.10 & ~v137(constB3)
% 45.21/6.10 & ~v137(constB4)
% 45.21/6.10 & ~v137(constB5)
% 45.21/6.10 & v137(constB6)
% 45.21/6.10 & v137(constB7)
% 45.21/6.10 & ~v137(constB8)
% 45.21/6.10 & ~v137(constB9)
% 45.21/6.10 & v137(constB10)
% 45.21/6.10 & v137(constB11)
% 45.21/6.10 & ~v137(constB12)
% 45.21/6.10 & ~v137(constB13)
% 45.21/6.10 & ~v137(constB14)
% 45.21/6.10 & ~v137(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v143,type,v143: state_type > $o ).
% 45.21/6.10 tff(predicate_v143,axiom,
% 45.21/6.10 ~v143(constB0)
% 45.21/6.10 & ~v143(constB1)
% 45.21/6.10 & ~v143(constB2)
% 45.21/6.10 & ~v143(constB3)
% 45.21/6.10 & ~v143(constB4)
% 45.21/6.10 & ~v143(constB5)
% 45.21/6.10 & ~v143(constB6)
% 45.21/6.10 & ~v143(constB7)
% 45.21/6.10 & v143(constB8)
% 45.21/6.10 & v143(constB9)
% 45.21/6.10 & ~v143(constB10)
% 45.21/6.10 & ~v143(constB11)
% 45.21/6.10 & ~v143(constB12)
% 45.21/6.10 & ~v143(constB13)
% 45.21/6.10 & ~v143(constB14)
% 45.21/6.10 & ~v143(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v144,type,v144: state_type > $o ).
% 45.21/6.10 tff(predicate_v144,axiom,
% 45.21/6.10 ~v144(constB0)
% 45.21/6.10 & ~v144(constB1)
% 45.21/6.10 & ~v144(constB2)
% 45.21/6.10 & ~v144(constB3)
% 45.21/6.10 & v144(constB4)
% 45.21/6.10 & v144(constB5)
% 45.21/6.10 & ~v144(constB6)
% 45.21/6.10 & ~v144(constB7)
% 45.21/6.10 & ~v144(constB8)
% 45.21/6.10 & ~v144(constB9)
% 45.21/6.10 & ~v144(constB10)
% 45.21/6.10 & ~v144(constB11)
% 45.21/6.10 & ~v144(constB12)
% 45.21/6.10 & ~v144(constB13)
% 45.21/6.10 & v144(constB14)
% 45.21/6.10 & v144(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v142,type,v142: state_type > $o ).
% 45.21/6.10 tff(predicate_v142,axiom,
% 45.21/6.10 ~v142(constB0)
% 45.21/6.10 & ~v142(constB1)
% 45.21/6.10 & ~v142(constB2)
% 45.21/6.10 & ~v142(constB3)
% 45.21/6.10 & v142(constB4)
% 45.21/6.10 & v142(constB5)
% 45.21/6.10 & ~v142(constB6)
% 45.21/6.10 & ~v142(constB7)
% 45.21/6.10 & v142(constB8)
% 45.21/6.10 & v142(constB9)
% 45.21/6.10 & ~v142(constB10)
% 45.21/6.10 & ~v142(constB11)
% 45.21/6.10 & ~v142(constB12)
% 45.21/6.10 & ~v142(constB13)
% 45.21/6.10 & v142(constB14)
% 45.21/6.10 & v142(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v136,type,v136: state_type > $o ).
% 45.21/6.10 tff(predicate_v136,axiom,
% 45.21/6.10 v136(constB0)
% 45.21/6.10 & v136(constB1)
% 45.21/6.10 & ~v136(constB2)
% 45.21/6.10 & ~v136(constB3)
% 45.21/6.10 & v136(constB4)
% 45.21/6.10 & v136(constB5)
% 45.21/6.10 & v136(constB6)
% 45.21/6.10 & v136(constB7)
% 45.21/6.10 & v136(constB8)
% 45.21/6.10 & v136(constB9)
% 45.21/6.10 & v136(constB10)
% 45.21/6.10 & v136(constB11)
% 45.21/6.10 & ~v136(constB12)
% 45.21/6.10 & ~v136(constB13)
% 45.21/6.10 & v136(constB14)
% 45.21/6.10 & v136(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v146,type,v146: state_type > $o ).
% 45.21/6.10 tff(predicate_v146,axiom,
% 45.21/6.10 ~v146(constB0)
% 45.21/6.10 & ~v146(constB1)
% 45.21/6.10 & v146(constB2)
% 45.21/6.10 & v146(constB3)
% 45.21/6.10 & ~v146(constB4)
% 45.21/6.10 & ~v146(constB5)
% 45.21/6.10 & ~v146(constB6)
% 45.21/6.10 & ~v146(constB7)
% 45.21/6.10 & ~v146(constB8)
% 45.21/6.10 & ~v146(constB9)
% 45.21/6.10 & ~v146(constB10)
% 45.21/6.10 & ~v146(constB11)
% 45.21/6.10 & v146(constB12)
% 45.21/6.10 & v146(constB13)
% 45.21/6.10 & ~v146(constB14)
% 45.21/6.10 & ~v146(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v147,type,v147: state_type > $o ).
% 45.21/6.10 tff(predicate_v147,axiom,
% 45.21/6.10 ~v147(constB0)
% 45.21/6.10 & ~v147(constB1)
% 45.21/6.10 & ~v147(constB2)
% 45.21/6.10 & ~v147(constB3)
% 45.21/6.10 & ~v147(constB4)
% 45.21/6.10 & ~v147(constB5)
% 45.21/6.10 & ~v147(constB6)
% 45.21/6.10 & ~v147(constB7)
% 45.21/6.10 & ~v147(constB8)
% 45.21/6.10 & ~v147(constB9)
% 45.21/6.10 & ~v147(constB10)
% 45.21/6.10 & ~v147(constB11)
% 45.21/6.10 & ~v147(constB12)
% 45.21/6.10 & ~v147(constB13)
% 45.21/6.10 & ~v147(constB14)
% 45.21/6.10 & ~v147(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v145,type,v145: state_type > $o ).
% 45.21/6.10 tff(predicate_v145,axiom,
% 45.21/6.10 ~v145(constB0)
% 45.21/6.10 & ~v145(constB1)
% 45.21/6.10 & v145(constB2)
% 45.21/6.10 & v145(constB3)
% 45.21/6.10 & ~v145(constB4)
% 45.21/6.10 & ~v145(constB5)
% 45.21/6.10 & ~v145(constB6)
% 45.21/6.10 & ~v145(constB7)
% 45.21/6.10 & ~v145(constB8)
% 45.21/6.10 & ~v145(constB9)
% 45.21/6.10 & ~v145(constB10)
% 45.21/6.10 & ~v145(constB11)
% 45.21/6.10 & v145(constB12)
% 45.21/6.10 & v145(constB13)
% 45.21/6.10 & ~v145(constB14)
% 45.21/6.10 & ~v145(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v135,type,v135: state_type > $o ).
% 45.21/6.10 tff(predicate_v135,axiom,
% 45.21/6.10 v135(constB0)
% 45.21/6.10 & v135(constB1)
% 45.21/6.10 & v135(constB2)
% 45.21/6.10 & v135(constB3)
% 45.21/6.10 & v135(constB4)
% 45.21/6.10 & v135(constB5)
% 45.21/6.10 & v135(constB6)
% 45.21/6.10 & v135(constB7)
% 45.21/6.10 & v135(constB8)
% 45.21/6.10 & v135(constB9)
% 45.21/6.10 & v135(constB10)
% 45.21/6.10 & v135(constB11)
% 45.21/6.10 & v135(constB12)
% 45.21/6.10 & v135(constB13)
% 45.21/6.10 & v135(constB14)
% 45.21/6.10 & v135(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v151,type,v151: state_type > $o ).
% 45.21/6.10 tff(predicate_v151,axiom,
% 45.21/6.10 v151(constB0)
% 45.21/6.10 & v151(constB1)
% 45.21/6.10 & ~v151(constB2)
% 45.21/6.10 & ~v151(constB3)
% 45.21/6.10 & ~v151(constB4)
% 45.21/6.10 & ~v151(constB5)
% 45.21/6.10 & v151(constB6)
% 45.21/6.10 & v151(constB7)
% 45.21/6.10 & ~v151(constB8)
% 45.21/6.10 & ~v151(constB9)
% 45.21/6.10 & ~v151(constB10)
% 45.21/6.10 & ~v151(constB11)
% 45.21/6.10 & ~v151(constB12)
% 45.21/6.10 & ~v151(constB13)
% 45.21/6.10 & ~v151(constB14)
% 45.21/6.10 & ~v151(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v149,type,v149: state_type > $o ).
% 45.21/6.10 tff(predicate_v149,axiom,
% 45.21/6.10 v149(constB0)
% 45.21/6.10 & v149(constB1)
% 45.21/6.10 & ~v149(constB2)
% 45.21/6.10 & ~v149(constB3)
% 45.21/6.10 & ~v149(constB4)
% 45.21/6.10 & ~v149(constB5)
% 45.21/6.10 & v149(constB6)
% 45.21/6.10 & v149(constB7)
% 45.21/6.10 & ~v149(constB8)
% 45.21/6.10 & ~v149(constB9)
% 45.21/6.10 & v149(constB10)
% 45.21/6.10 & v149(constB11)
% 45.21/6.10 & ~v149(constB12)
% 45.21/6.10 & ~v149(constB13)
% 45.21/6.10 & ~v149(constB14)
% 45.21/6.10 & ~v149(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v148,type,v148: state_type > $o ).
% 45.21/6.10 tff(predicate_v148,axiom,
% 45.21/6.10 ~v148(constB0)
% 45.21/6.10 & ~v148(constB1)
% 45.21/6.10 & ~v148(constB2)
% 45.21/6.10 & ~v148(constB3)
% 45.21/6.10 & v148(constB4)
% 45.21/6.10 & v148(constB5)
% 45.21/6.10 & ~v148(constB6)
% 45.21/6.10 & ~v148(constB7)
% 45.21/6.10 & v148(constB8)
% 45.21/6.10 & v148(constB9)
% 45.21/6.10 & ~v148(constB10)
% 45.21/6.10 & ~v148(constB11)
% 45.21/6.10 & ~v148(constB12)
% 45.21/6.10 & ~v148(constB13)
% 45.21/6.10 & v148(constB14)
% 45.21/6.10 & v148(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v84,type,v84: state_type > $o ).
% 45.21/6.10 tff(predicate_v84,axiom,
% 45.21/6.10 ~v84(constB0)
% 45.21/6.10 & ~v84(constB1)
% 45.21/6.10 & ~v84(constB2)
% 45.21/6.10 & ~v84(constB3)
% 45.21/6.10 & v84(constB4)
% 45.21/6.10 & v84(constB5)
% 45.21/6.10 & ~v84(constB6)
% 45.21/6.10 & ~v84(constB7)
% 45.21/6.10 & v84(constB8)
% 45.21/6.10 & v84(constB9)
% 45.21/6.10 & ~v84(constB10)
% 45.21/6.10 & ~v84(constB11)
% 45.21/6.10 & ~v84(constB12)
% 45.21/6.10 & ~v84(constB13)
% 45.21/6.10 & v84(constB14)
% 45.21/6.10 & v84(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v161,type,v161: state_type > $o ).
% 45.21/6.10 tff(predicate_v161,axiom,
% 45.21/6.10 ~v161(constB0)
% 45.21/6.10 & ~v161(constB1)
% 45.21/6.10 & ~v161(constB2)
% 45.21/6.10 & ~v161(constB3)
% 45.21/6.10 & ~v161(constB4)
% 45.21/6.10 & ~v161(constB5)
% 45.21/6.10 & v161(constB6)
% 45.21/6.10 & v161(constB7)
% 45.21/6.10 & ~v161(constB8)
% 45.21/6.10 & ~v161(constB9)
% 45.21/6.10 & ~v161(constB10)
% 45.21/6.10 & ~v161(constB11)
% 45.21/6.10 & ~v161(constB12)
% 45.21/6.10 & ~v161(constB13)
% 45.21/6.10 & ~v161(constB14)
% 45.21/6.10 & ~v161(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v167,type,v167: state_type > $o ).
% 45.21/6.10 tff(predicate_v167,axiom,
% 45.21/6.10 v167(constB0)
% 45.21/6.10 & v167(constB1)
% 45.21/6.10 & ~v167(constB2)
% 45.21/6.10 & ~v167(constB3)
% 45.21/6.10 & ~v167(constB4)
% 45.21/6.10 & ~v167(constB5)
% 45.21/6.10 & v167(constB6)
% 45.21/6.10 & v167(constB7)
% 45.21/6.10 & ~v167(constB8)
% 45.21/6.10 & ~v167(constB9)
% 45.21/6.10 & ~v167(constB10)
% 45.21/6.10 & ~v167(constB11)
% 45.21/6.10 & ~v167(constB12)
% 45.21/6.10 & ~v167(constB13)
% 45.21/6.10 & ~v167(constB14)
% 45.21/6.10 & ~v167(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v166,type,v166: state_type > $o ).
% 45.21/6.10 tff(predicate_v166,axiom,
% 45.21/6.10 v166(constB0)
% 45.21/6.10 & v166(constB1)
% 45.21/6.10 & ~v166(constB2)
% 45.21/6.10 & ~v166(constB3)
% 45.21/6.10 & ~v166(constB4)
% 45.21/6.10 & ~v166(constB5)
% 45.21/6.10 & v166(constB6)
% 45.21/6.10 & v166(constB7)
% 45.21/6.10 & ~v166(constB8)
% 45.21/6.10 & ~v166(constB9)
% 45.21/6.10 & v166(constB10)
% 45.21/6.10 & v166(constB11)
% 45.21/6.10 & ~v166(constB12)
% 45.21/6.10 & ~v166(constB13)
% 45.21/6.10 & ~v166(constB14)
% 45.21/6.10 & ~v166(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v165,type,v165: state_type > $o ).
% 45.21/6.10 tff(predicate_v165,axiom,
% 45.21/6.10 v165(constB0)
% 45.21/6.10 & v165(constB1)
% 45.21/6.10 & ~v165(constB2)
% 45.21/6.10 & ~v165(constB3)
% 45.21/6.10 & v165(constB4)
% 45.21/6.10 & v165(constB5)
% 45.21/6.10 & v165(constB6)
% 45.21/6.10 & v165(constB7)
% 45.21/6.10 & v165(constB8)
% 45.21/6.10 & v165(constB9)
% 45.21/6.10 & v165(constB10)
% 45.21/6.10 & v165(constB11)
% 45.21/6.10 & ~v165(constB12)
% 45.21/6.10 & ~v165(constB13)
% 45.21/6.10 & v165(constB14)
% 45.21/6.10 & v165(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v164,type,v164: state_type > $o ).
% 45.21/6.10 tff(predicate_v164,axiom,
% 45.21/6.10 v164(constB0)
% 45.21/6.10 & v164(constB1)
% 45.21/6.10 & v164(constB2)
% 45.21/6.10 & v164(constB3)
% 45.21/6.10 & v164(constB4)
% 45.21/6.10 & v164(constB5)
% 45.21/6.10 & v164(constB6)
% 45.21/6.10 & v164(constB7)
% 45.21/6.10 & v164(constB8)
% 45.21/6.10 & v164(constB9)
% 45.21/6.10 & v164(constB10)
% 45.21/6.10 & v164(constB11)
% 45.21/6.10 & v164(constB12)
% 45.21/6.10 & v164(constB13)
% 45.21/6.10 & v164(constB14)
% 45.21/6.10 & v164(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v171,type,v171: state_type > $o ).
% 45.21/6.10 tff(predicate_v171,axiom,
% 45.21/6.10 ~v171(constB0)
% 45.21/6.10 & ~v171(constB1)
% 45.21/6.10 & ~v171(constB2)
% 45.21/6.10 & ~v171(constB3)
% 45.21/6.10 & v171(constB4)
% 45.21/6.10 & v171(constB5)
% 45.21/6.10 & ~v171(constB6)
% 45.21/6.10 & ~v171(constB7)
% 45.21/6.10 & v171(constB8)
% 45.21/6.10 & v171(constB9)
% 45.21/6.10 & v171(constB10)
% 45.21/6.10 & v171(constB11)
% 45.21/6.10 & ~v171(constB12)
% 45.21/6.10 & ~v171(constB13)
% 45.21/6.10 & v171(constB14)
% 45.21/6.10 & v171(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v169,type,v169: state_type > $o ).
% 45.21/6.10 tff(predicate_v169,axiom,
% 45.21/6.10 % v169(constB0) undefined in model
% 45.21/6.10 % v169(constB1) undefined in model
% 45.21/6.10 % v169(constB2) undefined in model
% 45.21/6.10 % v169(constB3) undefined in model
% 45.21/6.10 % v169(constB4) undefined in model
% 45.21/6.10 % v169(constB5) undefined in model
% 45.21/6.10 % v169(constB6) undefined in model
% 45.21/6.10 % v169(constB7) undefined in model
% 45.21/6.10 % v169(constB8) undefined in model
% 45.21/6.10 % v169(constB9) undefined in model
% 45.21/6.10 % v169(constB10) undefined in model
% 45.21/6.10 % v169(constB11) undefined in model
% 45.21/6.10 % v169(constB12) undefined in model
% 45.21/6.10 % v169(constB13) undefined in model
% 45.21/6.10 % v169(constB14) undefined in model
% 45.21/6.10 % v169(constB15) undefined in model
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v168,type,v168: state_type > $o ).
% 45.21/6.10 tff(predicate_v168,axiom,
% 45.21/6.10 ~v168(constB0)
% 45.21/6.10 & ~v168(constB1)
% 45.21/6.10 & ~v168(constB2)
% 45.21/6.10 & ~v168(constB3)
% 45.21/6.10 & ~v168(constB4)
% 45.21/6.10 & ~v168(constB5)
% 45.21/6.10 & v168(constB6)
% 45.21/6.10 & v168(constB7)
% 45.21/6.10 & ~v168(constB8)
% 45.21/6.10 & ~v168(constB9)
% 45.21/6.10 & ~v168(constB10)
% 45.21/6.10 & ~v168(constB11)
% 45.21/6.10 & ~v168(constB12)
% 45.21/6.10 & ~v168(constB13)
% 45.21/6.10 & ~v168(constB14)
% 45.21/6.10 & ~v168(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v159,type,v159: state_type > $o ).
% 45.21/6.10 tff(predicate_v159,axiom,
% 45.21/6.10 ~v159(constB0)
% 45.21/6.10 & ~v159(constB1)
% 45.21/6.10 & ~v159(constB2)
% 45.21/6.10 & ~v159(constB3)
% 45.21/6.10 & ~v159(constB4)
% 45.21/6.10 & ~v159(constB5)
% 45.21/6.10 & v159(constB6)
% 45.21/6.10 & v159(constB7)
% 45.21/6.10 & ~v159(constB8)
% 45.21/6.10 & ~v159(constB9)
% 45.21/6.10 & ~v159(constB10)
% 45.21/6.10 & ~v159(constB11)
% 45.21/6.10 & ~v159(constB12)
% 45.21/6.10 & ~v159(constB13)
% 45.21/6.10 & ~v159(constB14)
% 45.21/6.10 & ~v159(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v157,type,v157: state_type > $o ).
% 45.21/6.10 tff(predicate_v157,axiom,
% 45.21/6.10 ~v157(constB0)
% 45.21/6.10 & ~v157(constB1)
% 45.21/6.10 & ~v157(constB2)
% 45.21/6.10 & ~v157(constB3)
% 45.21/6.10 & ~v157(constB4)
% 45.21/6.10 & ~v157(constB5)
% 45.21/6.10 & ~v157(constB6)
% 45.21/6.10 & ~v157(constB7)
% 45.21/6.10 & v157(constB8)
% 45.21/6.10 & v157(constB9)
% 45.21/6.10 & ~v157(constB10)
% 45.21/6.10 & ~v157(constB11)
% 45.21/6.10 & ~v157(constB12)
% 45.21/6.10 & ~v157(constB13)
% 45.21/6.10 & ~v157(constB14)
% 45.21/6.10 & ~v157(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v184,type,v184: state_type > $o ).
% 45.21/6.10 tff(predicate_v184,axiom,
% 45.21/6.10 ~v184(constB0)
% 45.21/6.10 & v184(constB1)
% 45.21/6.10 & ~v184(constB2)
% 45.21/6.10 & v184(constB3)
% 45.21/6.10 & ~v184(constB4)
% 45.21/6.10 & v184(constB5)
% 45.21/6.10 & ~v184(constB6)
% 45.21/6.10 & v184(constB7)
% 45.21/6.10 & ~v184(constB8)
% 45.21/6.10 & v184(constB9)
% 45.21/6.10 & ~v184(constB10)
% 45.21/6.10 & v184(constB11)
% 45.21/6.10 & ~v184(constB12)
% 45.21/6.10 & v184(constB13)
% 45.21/6.10 & ~v184(constB14)
% 45.21/6.10 & v184(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v183,type,v183: state_type > $o ).
% 45.21/6.10 tff(predicate_v183,axiom,
% 45.21/6.10 ~v183(constB0)
% 45.21/6.10 & v183(constB1)
% 45.21/6.10 & ~v183(constB2)
% 45.21/6.10 & v183(constB3)
% 45.21/6.10 & ~v183(constB4)
% 45.21/6.10 & v183(constB5)
% 45.21/6.10 & ~v183(constB6)
% 45.21/6.10 & v183(constB7)
% 45.21/6.10 & ~v183(constB8)
% 45.21/6.10 & v183(constB9)
% 45.21/6.10 & ~v183(constB10)
% 45.21/6.10 & v183(constB11)
% 45.21/6.10 & ~v183(constB12)
% 45.21/6.10 & v183(constB13)
% 45.21/6.10 & ~v183(constB14)
% 45.21/6.10 & v183(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v182,type,v182: state_type > $o ).
% 45.21/6.10 tff(predicate_v182,axiom,
% 45.21/6.10 v182(constB0)
% 45.21/6.10 & ~v182(constB1)
% 45.21/6.10 & v182(constB2)
% 45.21/6.10 & ~v182(constB3)
% 45.21/6.10 & v182(constB4)
% 45.21/6.10 & ~v182(constB5)
% 45.21/6.10 & v182(constB6)
% 45.21/6.10 & ~v182(constB7)
% 45.21/6.10 & v182(constB8)
% 45.21/6.10 & ~v182(constB9)
% 45.21/6.10 & v182(constB10)
% 45.21/6.10 & ~v182(constB11)
% 45.21/6.10 & v182(constB12)
% 45.21/6.10 & ~v182(constB13)
% 45.21/6.10 & v182(constB14)
% 45.21/6.10 & ~v182(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v181,type,v181: state_type > $o ).
% 45.21/6.10 tff(predicate_v181,axiom,
% 45.21/6.10 ~v181(constB0)
% 45.21/6.10 & ~v181(constB1)
% 45.21/6.10 & ~v181(constB2)
% 45.21/6.10 & ~v181(constB3)
% 45.21/6.10 & ~v181(constB4)
% 45.21/6.10 & ~v181(constB5)
% 45.21/6.10 & ~v181(constB6)
% 45.21/6.10 & ~v181(constB7)
% 45.21/6.10 & v181(constB8)
% 45.21/6.10 & ~v181(constB9)
% 45.21/6.10 & ~v181(constB10)
% 45.21/6.10 & ~v181(constB11)
% 45.21/6.10 & ~v181(constB12)
% 45.21/6.10 & ~v181(constB13)
% 45.21/6.10 & ~v181(constB14)
% 45.21/6.10 & ~v181(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v186,type,v186: state_type > $o ).
% 45.21/6.10 tff(predicate_v186,axiom,
% 45.21/6.10 v186(constB0)
% 45.21/6.10 & v186(constB1)
% 45.21/6.10 & v186(constB2)
% 45.21/6.10 & v186(constB3)
% 45.21/6.10 & v186(constB4)
% 45.21/6.10 & v186(constB5)
% 45.21/6.10 & v186(constB6)
% 45.21/6.10 & v186(constB7)
% 45.21/6.10 & v186(constB8)
% 45.21/6.10 & v186(constB9)
% 45.21/6.10 & v186(constB10)
% 45.21/6.10 & v186(constB11)
% 45.21/6.10 & v186(constB12)
% 45.21/6.10 & v186(constB13)
% 45.21/6.10 & v186(constB14)
% 45.21/6.10 & v186(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v187,type,v187: state_type > $o ).
% 45.21/6.10 tff(predicate_v187,axiom,
% 45.21/6.10 ~v187(constB0)
% 45.21/6.10 & ~v187(constB1)
% 45.21/6.10 & ~v187(constB2)
% 45.21/6.10 & ~v187(constB3)
% 45.21/6.10 & ~v187(constB4)
% 45.21/6.10 & ~v187(constB5)
% 45.21/6.10 & ~v187(constB6)
% 45.21/6.10 & v187(constB7)
% 45.21/6.10 & ~v187(constB8)
% 45.21/6.10 & ~v187(constB9)
% 45.21/6.10 & ~v187(constB10)
% 45.21/6.10 & ~v187(constB11)
% 45.21/6.10 & ~v187(constB12)
% 45.21/6.10 & ~v187(constB13)
% 45.21/6.10 & ~v187(constB14)
% 45.21/6.10 & ~v187(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v185,type,v185: state_type > $o ).
% 45.21/6.10 tff(predicate_v185,axiom,
% 45.21/6.10 ~v185(constB0)
% 45.21/6.10 & ~v185(constB1)
% 45.21/6.10 & ~v185(constB2)
% 45.21/6.10 & ~v185(constB3)
% 45.21/6.10 & ~v185(constB4)
% 45.21/6.10 & ~v185(constB5)
% 45.21/6.10 & ~v185(constB6)
% 45.21/6.10 & v185(constB7)
% 45.21/6.10 & ~v185(constB8)
% 45.21/6.10 & ~v185(constB9)
% 45.21/6.10 & ~v185(constB10)
% 45.21/6.10 & ~v185(constB11)
% 45.21/6.10 & ~v185(constB12)
% 45.21/6.10 & ~v185(constB13)
% 45.21/6.10 & ~v185(constB14)
% 45.21/6.10 & ~v185(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v178,type,v178: state_type > $o ).
% 45.21/6.10 tff(predicate_v178,axiom,
% 45.21/6.10 ~v178(constB0)
% 45.21/6.10 & ~v178(constB1)
% 45.21/6.10 & ~v178(constB2)
% 45.21/6.10 & ~v178(constB3)
% 45.21/6.10 & ~v178(constB4)
% 45.21/6.10 & ~v178(constB5)
% 45.21/6.10 & ~v178(constB6)
% 45.21/6.10 & v178(constB7)
% 45.21/6.10 & v178(constB8)
% 45.21/6.10 & ~v178(constB9)
% 45.21/6.10 & ~v178(constB10)
% 45.21/6.10 & ~v178(constB11)
% 45.21/6.10 & ~v178(constB12)
% 45.21/6.10 & ~v178(constB13)
% 45.21/6.10 & ~v178(constB14)
% 45.21/6.10 & ~v178(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v180,type,v180: state_type > $o ).
% 45.21/6.10 tff(predicate_v180,axiom,
% 45.21/6.10 ~v180(constB0)
% 45.21/6.10 & ~v180(constB1)
% 45.21/6.10 & ~v180(constB2)
% 45.21/6.10 & ~v180(constB3)
% 45.21/6.10 & ~v180(constB4)
% 45.21/6.10 & ~v180(constB5)
% 45.21/6.10 & ~v180(constB6)
% 45.21/6.10 & ~v180(constB7)
% 45.21/6.10 & v180(constB8)
% 45.21/6.10 & v180(constB9)
% 45.21/6.10 & ~v180(constB10)
% 45.21/6.10 & ~v180(constB11)
% 45.21/6.10 & ~v180(constB12)
% 45.21/6.10 & ~v180(constB13)
% 45.21/6.10 & ~v180(constB14)
% 45.21/6.10 & ~v180(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v193,type,v193: state_type > $o ).
% 45.21/6.10 tff(predicate_v193,axiom,
% 45.21/6.10 ~v193(constB0)
% 45.21/6.10 & ~v193(constB1)
% 45.21/6.10 & ~v193(constB2)
% 45.21/6.10 & ~v193(constB3)
% 45.21/6.10 & ~v193(constB4)
% 45.21/6.10 & ~v193(constB5)
% 45.21/6.10 & ~v193(constB6)
% 45.21/6.10 & ~v193(constB7)
% 45.21/6.10 & ~v193(constB8)
% 45.21/6.10 & ~v193(constB9)
% 45.21/6.10 & v193(constB10)
% 45.21/6.10 & v193(constB11)
% 45.21/6.10 & ~v193(constB12)
% 45.21/6.10 & ~v193(constB13)
% 45.21/6.10 & ~v193(constB14)
% 45.21/6.10 & ~v193(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v199,type,v199: state_type > $o ).
% 45.21/6.10 tff(predicate_v199,axiom,
% 45.21/6.10 v199(constB0)
% 45.21/6.10 & v199(constB1)
% 45.21/6.10 & ~v199(constB2)
% 45.21/6.10 & ~v199(constB3)
% 45.21/6.10 & ~v199(constB4)
% 45.21/6.10 & ~v199(constB5)
% 45.21/6.10 & v199(constB6)
% 45.21/6.10 & v199(constB7)
% 45.21/6.10 & ~v199(constB8)
% 45.21/6.10 & ~v199(constB9)
% 45.21/6.10 & ~v199(constB10)
% 45.21/6.10 & ~v199(constB11)
% 45.21/6.10 & ~v199(constB12)
% 45.21/6.10 & ~v199(constB13)
% 45.21/6.10 & ~v199(constB14)
% 45.21/6.10 & ~v199(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v198,type,v198: state_type > $o ).
% 45.21/6.10 tff(predicate_v198,axiom,
% 45.21/6.10 v198(constB0)
% 45.21/6.10 & v198(constB1)
% 45.21/6.10 & ~v198(constB2)
% 45.21/6.10 & ~v198(constB3)
% 45.21/6.10 & ~v198(constB4)
% 45.21/6.10 & ~v198(constB5)
% 45.21/6.10 & v198(constB6)
% 45.21/6.10 & v198(constB7)
% 45.21/6.10 & ~v198(constB8)
% 45.21/6.10 & ~v198(constB9)
% 45.21/6.10 & v198(constB10)
% 45.21/6.10 & v198(constB11)
% 45.21/6.10 & ~v198(constB12)
% 45.21/6.10 & ~v198(constB13)
% 45.21/6.10 & ~v198(constB14)
% 45.21/6.10 & ~v198(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v197,type,v197: state_type > $o ).
% 45.21/6.10 tff(predicate_v197,axiom,
% 45.21/6.10 v197(constB0)
% 45.21/6.10 & v197(constB1)
% 45.21/6.10 & ~v197(constB2)
% 45.21/6.10 & ~v197(constB3)
% 45.21/6.10 & v197(constB4)
% 45.21/6.10 & v197(constB5)
% 45.21/6.10 & v197(constB6)
% 45.21/6.10 & v197(constB7)
% 45.21/6.10 & v197(constB8)
% 45.21/6.10 & v197(constB9)
% 45.21/6.10 & v197(constB10)
% 45.21/6.10 & v197(constB11)
% 45.21/6.10 & ~v197(constB12)
% 45.21/6.10 & ~v197(constB13)
% 45.21/6.10 & v197(constB14)
% 45.21/6.10 & v197(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v196,type,v196: state_type > $o ).
% 45.21/6.10 tff(predicate_v196,axiom,
% 45.21/6.10 v196(constB0)
% 45.21/6.10 & v196(constB1)
% 45.21/6.10 & v196(constB2)
% 45.21/6.10 & v196(constB3)
% 45.21/6.10 & v196(constB4)
% 45.21/6.10 & v196(constB5)
% 45.21/6.10 & v196(constB6)
% 45.21/6.10 & v196(constB7)
% 45.21/6.10 & v196(constB8)
% 45.21/6.10 & v196(constB9)
% 45.21/6.10 & v196(constB10)
% 45.21/6.10 & v196(constB11)
% 45.21/6.10 & v196(constB12)
% 45.21/6.10 & v196(constB13)
% 45.21/6.10 & v196(constB14)
% 45.21/6.10 & v196(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v201,type,v201: state_type > $o ).
% 45.21/6.10 tff(predicate_v201,axiom,
% 45.21/6.10 v201(constB0)
% 45.21/6.10 & v201(constB1)
% 45.21/6.10 & ~v201(constB2)
% 45.21/6.10 & ~v201(constB3)
% 45.21/6.10 & ~v201(constB4)
% 45.21/6.10 & ~v201(constB5)
% 45.21/6.10 & v201(constB6)
% 45.21/6.10 & v201(constB7)
% 45.21/6.10 & ~v201(constB8)
% 45.21/6.10 & ~v201(constB9)
% 45.21/6.10 & ~v201(constB10)
% 45.21/6.10 & ~v201(constB11)
% 45.21/6.10 & ~v201(constB12)
% 45.21/6.10 & ~v201(constB13)
% 45.21/6.10 & ~v201(constB14)
% 45.21/6.10 & ~v201(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v202,type,v202: state_type > $o ).
% 45.21/6.10 tff(predicate_v202,axiom,
% 45.21/6.10 ~v202(constB0)
% 45.21/6.10 & ~v202(constB1)
% 45.21/6.10 & v202(constB2)
% 45.21/6.10 & v202(constB3)
% 45.21/6.10 & v202(constB4)
% 45.21/6.10 & v202(constB5)
% 45.21/6.10 & ~v202(constB6)
% 45.21/6.10 & ~v202(constB7)
% 45.21/6.10 & v202(constB8)
% 45.21/6.10 & v202(constB9)
% 45.21/6.10 & ~v202(constB10)
% 45.21/6.10 & ~v202(constB11)
% 45.21/6.10 & v202(constB12)
% 45.21/6.10 & v202(constB13)
% 45.21/6.10 & v202(constB14)
% 45.21/6.10 & v202(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v200,type,v200: state_type > $o ).
% 45.21/6.10 tff(predicate_v200,axiom,
% 45.21/6.10 ~v200(constB0)
% 45.21/6.10 & ~v200(constB1)
% 45.21/6.10 & ~v200(constB2)
% 45.21/6.10 & ~v200(constB3)
% 45.21/6.10 & ~v200(constB4)
% 45.21/6.10 & ~v200(constB5)
% 45.21/6.10 & ~v200(constB6)
% 45.21/6.10 & ~v200(constB7)
% 45.21/6.10 & ~v200(constB8)
% 45.21/6.10 & ~v200(constB9)
% 45.21/6.10 & v200(constB10)
% 45.21/6.10 & v200(constB11)
% 45.21/6.10 & ~v200(constB12)
% 45.21/6.10 & ~v200(constB13)
% 45.21/6.10 & ~v200(constB14)
% 45.21/6.10 & ~v200(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v191,type,v191: state_type > $o ).
% 45.21/6.10 tff(predicate_v191,axiom,
% 45.21/6.10 ~v191(constB0)
% 45.21/6.10 & ~v191(constB1)
% 45.21/6.10 & ~v191(constB2)
% 45.21/6.10 & ~v191(constB3)
% 45.21/6.10 & ~v191(constB4)
% 45.21/6.10 & ~v191(constB5)
% 45.21/6.10 & ~v191(constB6)
% 45.21/6.10 & ~v191(constB7)
% 45.21/6.10 & ~v191(constB8)
% 45.21/6.10 & ~v191(constB9)
% 45.21/6.10 & v191(constB10)
% 45.21/6.10 & v191(constB11)
% 45.21/6.10 & ~v191(constB12)
% 45.21/6.10 & ~v191(constB13)
% 45.21/6.10 & ~v191(constB14)
% 45.21/6.10 & ~v191(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v208,type,v208: state_type > $o ).
% 45.21/6.10 tff(predicate_v208,axiom,
% 45.21/6.10 ~v208(constB0)
% 45.21/6.10 & ~v208(constB1)
% 45.21/6.10 & ~v208(constB2)
% 45.21/6.10 & ~v208(constB3)
% 45.21/6.10 & ~v208(constB4)
% 45.21/6.10 & ~v208(constB5)
% 45.21/6.10 & ~v208(constB6)
% 45.21/6.10 & ~v208(constB7)
% 45.21/6.10 & ~v208(constB8)
% 45.21/6.10 & ~v208(constB9)
% 45.21/6.10 & v208(constB10)
% 45.21/6.10 & v208(constB11)
% 45.21/6.10 & ~v208(constB12)
% 45.21/6.10 & ~v208(constB13)
% 45.21/6.10 & ~v208(constB14)
% 45.21/6.10 & ~v208(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v214,type,v214: state_type > $o ).
% 45.21/6.10 tff(predicate_v214,axiom,
% 45.21/6.10 ~v214(constB0)
% 45.21/6.10 & ~v214(constB1)
% 45.21/6.10 & ~v214(constB2)
% 45.21/6.10 & ~v214(constB3)
% 45.21/6.10 & ~v214(constB4)
% 45.21/6.10 & ~v214(constB5)
% 45.21/6.10 & ~v214(constB6)
% 45.21/6.10 & ~v214(constB7)
% 45.21/6.10 & ~v214(constB8)
% 45.21/6.10 & ~v214(constB9)
% 45.21/6.10 & v214(constB10)
% 45.21/6.10 & ~v214(constB11)
% 45.21/6.10 & ~v214(constB12)
% 45.21/6.10 & ~v214(constB13)
% 45.21/6.10 & ~v214(constB14)
% 45.21/6.10 & ~v214(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v217,type,v217: state_type > $o ).
% 45.21/6.10 tff(predicate_v217,axiom,
% 45.21/6.10 ~v217(constB0)
% 45.21/6.10 & ~v217(constB1)
% 45.21/6.10 & ~v217(constB2)
% 45.21/6.10 & ~v217(constB3)
% 45.21/6.10 & ~v217(constB4)
% 45.21/6.10 & v217(constB5)
% 45.21/6.10 & ~v217(constB6)
% 45.21/6.10 & ~v217(constB7)
% 45.21/6.10 & ~v217(constB8)
% 45.21/6.10 & v217(constB9)
% 45.21/6.10 & ~v217(constB10)
% 45.21/6.10 & ~v217(constB11)
% 45.21/6.10 & ~v217(constB12)
% 45.21/6.10 & ~v217(constB13)
% 45.21/6.10 & ~v217(constB14)
% 45.21/6.10 & v217(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v216,type,v216: state_type > $o ).
% 45.21/6.10 tff(predicate_v216,axiom,
% 45.21/6.10 ~v216(constB0)
% 45.21/6.10 & ~v216(constB1)
% 45.21/6.10 & ~v216(constB2)
% 45.21/6.10 & ~v216(constB3)
% 45.21/6.10 & ~v216(constB4)
% 45.21/6.10 & v216(constB5)
% 45.21/6.10 & ~v216(constB6)
% 45.21/6.10 & ~v216(constB7)
% 45.21/6.10 & ~v216(constB8)
% 45.21/6.10 & v216(constB9)
% 45.21/6.10 & ~v216(constB10)
% 45.21/6.10 & ~v216(constB11)
% 45.21/6.10 & ~v216(constB12)
% 45.21/6.10 & ~v216(constB13)
% 45.21/6.10 & ~v216(constB14)
% 45.21/6.10 & v216(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v215,type,v215: state_type > $o ).
% 45.21/6.10 tff(predicate_v215,axiom,
% 45.21/6.10 ~v215(constB0)
% 45.21/6.10 & ~v215(constB1)
% 45.21/6.10 & ~v215(constB2)
% 45.21/6.10 & ~v215(constB3)
% 45.21/6.10 & ~v215(constB4)
% 45.21/6.10 & ~v215(constB5)
% 45.21/6.10 & ~v215(constB6)
% 45.21/6.10 & ~v215(constB7)
% 45.21/6.10 & ~v215(constB8)
% 45.21/6.10 & v215(constB9)
% 45.21/6.10 & ~v215(constB10)
% 45.21/6.10 & ~v215(constB11)
% 45.21/6.10 & ~v215(constB12)
% 45.21/6.10 & ~v215(constB13)
% 45.21/6.10 & ~v215(constB14)
% 45.21/6.10 & ~v215(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v211,type,v211: state_type > $o ).
% 45.21/6.10 tff(predicate_v211,axiom,
% 45.21/6.10 ~v211(constB0)
% 45.21/6.10 & ~v211(constB1)
% 45.21/6.10 & ~v211(constB2)
% 45.21/6.10 & ~v211(constB3)
% 45.21/6.10 & ~v211(constB4)
% 45.21/6.10 & ~v211(constB5)
% 45.21/6.10 & ~v211(constB6)
% 45.21/6.10 & ~v211(constB7)
% 45.21/6.10 & ~v211(constB8)
% 45.21/6.10 & v211(constB9)
% 45.21/6.10 & v211(constB10)
% 45.21/6.10 & ~v211(constB11)
% 45.21/6.10 & ~v211(constB12)
% 45.21/6.10 & ~v211(constB13)
% 45.21/6.10 & ~v211(constB14)
% 45.21/6.10 & ~v211(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v213,type,v213: state_type > $o ).
% 45.21/6.10 tff(predicate_v213,axiom,
% 45.21/6.10 ~v213(constB0)
% 45.21/6.10 & ~v213(constB1)
% 45.21/6.10 & ~v213(constB2)
% 45.21/6.10 & ~v213(constB3)
% 45.21/6.10 & ~v213(constB4)
% 45.21/6.10 & ~v213(constB5)
% 45.21/6.10 & ~v213(constB6)
% 45.21/6.10 & ~v213(constB7)
% 45.21/6.10 & ~v213(constB8)
% 45.21/6.10 & ~v213(constB9)
% 45.21/6.10 & v213(constB10)
% 45.21/6.10 & v213(constB11)
% 45.21/6.10 & ~v213(constB12)
% 45.21/6.10 & ~v213(constB13)
% 45.21/6.10 & ~v213(constB14)
% 45.21/6.10 & ~v213(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v223,type,v223: state_type > $o ).
% 45.21/6.10 tff(predicate_v223,axiom,
% 45.21/6.10 ~v223(constB0)
% 45.21/6.10 & ~v223(constB1)
% 45.21/6.10 & v223(constB2)
% 45.21/6.10 & v223(constB3)
% 45.21/6.10 & ~v223(constB4)
% 45.21/6.10 & ~v223(constB5)
% 45.21/6.10 & ~v223(constB6)
% 45.21/6.10 & ~v223(constB7)
% 45.21/6.10 & ~v223(constB8)
% 45.21/6.10 & ~v223(constB9)
% 45.21/6.10 & ~v223(constB10)
% 45.21/6.10 & ~v223(constB11)
% 45.21/6.10 & v223(constB12)
% 45.21/6.10 & v223(constB13)
% 45.21/6.10 & ~v223(constB14)
% 45.21/6.10 & ~v223(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v229,type,v229: state_type > $o ).
% 45.21/6.10 tff(predicate_v229,axiom,
% 45.21/6.10 v229(constB0)
% 45.21/6.10 & v229(constB1)
% 45.21/6.10 & ~v229(constB2)
% 45.21/6.10 & ~v229(constB3)
% 45.21/6.10 & ~v229(constB4)
% 45.21/6.10 & ~v229(constB5)
% 45.21/6.10 & v229(constB6)
% 45.21/6.10 & v229(constB7)
% 45.21/6.10 & ~v229(constB8)
% 45.21/6.10 & ~v229(constB9)
% 45.21/6.10 & ~v229(constB10)
% 45.21/6.10 & ~v229(constB11)
% 45.21/6.10 & ~v229(constB12)
% 45.21/6.10 & ~v229(constB13)
% 45.21/6.10 & ~v229(constB14)
% 45.21/6.10 & ~v229(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v228,type,v228: state_type > $o ).
% 45.21/6.10 tff(predicate_v228,axiom,
% 45.21/6.10 v228(constB0)
% 45.21/6.10 & v228(constB1)
% 45.21/6.10 & ~v228(constB2)
% 45.21/6.10 & ~v228(constB3)
% 45.21/6.10 & ~v228(constB4)
% 45.21/6.10 & ~v228(constB5)
% 45.21/6.10 & v228(constB6)
% 45.21/6.10 & v228(constB7)
% 45.21/6.10 & ~v228(constB8)
% 45.21/6.10 & ~v228(constB9)
% 45.21/6.10 & v228(constB10)
% 45.21/6.10 & v228(constB11)
% 45.21/6.10 & ~v228(constB12)
% 45.21/6.10 & ~v228(constB13)
% 45.21/6.10 & ~v228(constB14)
% 45.21/6.10 & ~v228(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v227,type,v227: state_type > $o ).
% 45.21/6.10 tff(predicate_v227,axiom,
% 45.21/6.10 v227(constB0)
% 45.21/6.10 & v227(constB1)
% 45.21/6.10 & ~v227(constB2)
% 45.21/6.10 & ~v227(constB3)
% 45.21/6.10 & v227(constB4)
% 45.21/6.10 & v227(constB5)
% 45.21/6.10 & v227(constB6)
% 45.21/6.10 & v227(constB7)
% 45.21/6.10 & v227(constB8)
% 45.21/6.10 & v227(constB9)
% 45.21/6.10 & v227(constB10)
% 45.21/6.10 & v227(constB11)
% 45.21/6.10 & ~v227(constB12)
% 45.21/6.10 & ~v227(constB13)
% 45.21/6.10 & v227(constB14)
% 45.21/6.10 & v227(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v226,type,v226: state_type > $o ).
% 45.21/6.10 tff(predicate_v226,axiom,
% 45.21/6.10 v226(constB0)
% 45.21/6.10 & v226(constB1)
% 45.21/6.10 & v226(constB2)
% 45.21/6.10 & v226(constB3)
% 45.21/6.10 & v226(constB4)
% 45.21/6.10 & v226(constB5)
% 45.21/6.10 & v226(constB6)
% 45.21/6.10 & v226(constB7)
% 45.21/6.10 & v226(constB8)
% 45.21/6.10 & v226(constB9)
% 45.21/6.10 & v226(constB10)
% 45.21/6.10 & v226(constB11)
% 45.21/6.10 & v226(constB12)
% 45.21/6.10 & v226(constB13)
% 45.21/6.10 & v226(constB14)
% 45.21/6.10 & v226(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v150,type,v150: state_type > $o ).
% 45.21/6.10 tff(predicate_v150,axiom,
% 45.21/6.10 v150(constB0)
% 45.21/6.10 & v150(constB1)
% 45.21/6.10 & ~v150(constB2)
% 45.21/6.10 & ~v150(constB3)
% 45.21/6.10 & ~v150(constB4)
% 45.21/6.10 & ~v150(constB5)
% 45.21/6.10 & v150(constB6)
% 45.21/6.10 & v150(constB7)
% 45.21/6.10 & ~v150(constB8)
% 45.21/6.10 & ~v150(constB9)
% 45.21/6.10 & v150(constB10)
% 45.21/6.10 & v150(constB11)
% 45.21/6.10 & ~v150(constB12)
% 45.21/6.10 & ~v150(constB13)
% 45.21/6.10 & ~v150(constB14)
% 45.21/6.10 & ~v150(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v231,type,v231: state_type > $o ).
% 45.21/6.10 tff(predicate_v231,axiom,
% 45.21/6.10 v231(constB0)
% 45.21/6.10 & v231(constB1)
% 45.21/6.10 & ~v231(constB2)
% 45.21/6.10 & ~v231(constB3)
% 45.21/6.10 & v231(constB4)
% 45.21/6.10 & v231(constB5)
% 45.21/6.10 & v231(constB6)
% 45.21/6.10 & v231(constB7)
% 45.21/6.10 & v231(constB8)
% 45.21/6.10 & v231(constB9)
% 45.21/6.10 & v231(constB10)
% 45.21/6.10 & v231(constB11)
% 45.21/6.10 & ~v231(constB12)
% 45.21/6.10 & ~v231(constB13)
% 45.21/6.10 & v231(constB14)
% 45.21/6.10 & v231(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v230,type,v230: state_type > $o ).
% 45.21/6.10 tff(predicate_v230,axiom,
% 45.21/6.10 ~v230(constB0)
% 45.21/6.10 & ~v230(constB1)
% 45.21/6.10 & v230(constB2)
% 45.21/6.10 & v230(constB3)
% 45.21/6.10 & ~v230(constB4)
% 45.21/6.10 & ~v230(constB5)
% 45.21/6.10 & ~v230(constB6)
% 45.21/6.10 & ~v230(constB7)
% 45.21/6.10 & ~v230(constB8)
% 45.21/6.10 & ~v230(constB9)
% 45.21/6.10 & ~v230(constB10)
% 45.21/6.10 & ~v230(constB11)
% 45.21/6.10 & v230(constB12)
% 45.21/6.10 & v230(constB13)
% 45.21/6.10 & ~v230(constB14)
% 45.21/6.10 & ~v230(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v221,type,v221: state_type > $o ).
% 45.21/6.10 tff(predicate_v221,axiom,
% 45.21/6.10 ~v221(constB0)
% 45.21/6.10 & ~v221(constB1)
% 45.21/6.10 & v221(constB2)
% 45.21/6.10 & v221(constB3)
% 45.21/6.10 & ~v221(constB4)
% 45.21/6.10 & ~v221(constB5)
% 45.21/6.10 & ~v221(constB6)
% 45.21/6.10 & ~v221(constB7)
% 45.21/6.10 & ~v221(constB8)
% 45.21/6.10 & ~v221(constB9)
% 45.21/6.10 & ~v221(constB10)
% 45.21/6.10 & ~v221(constB11)
% 45.21/6.10 & v221(constB12)
% 45.21/6.10 & v221(constB13)
% 45.21/6.10 & ~v221(constB14)
% 45.21/6.10 & ~v221(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v238,type,v238: state_type > $o ).
% 45.21/6.10 tff(predicate_v238,axiom,
% 45.21/6.10 ~v238(constB0)
% 45.21/6.10 & ~v238(constB1)
% 45.21/6.10 & ~v238(constB2)
% 45.21/6.10 & ~v238(constB3)
% 45.21/6.10 & ~v238(constB4)
% 45.21/6.10 & ~v238(constB5)
% 45.21/6.10 & ~v238(constB6)
% 45.21/6.10 & ~v238(constB7)
% 45.21/6.10 & ~v238(constB8)
% 45.21/6.10 & ~v238(constB9)
% 45.21/6.10 & ~v238(constB10)
% 45.21/6.10 & ~v238(constB11)
% 45.21/6.10 & v238(constB12)
% 45.21/6.10 & v238(constB13)
% 45.21/6.10 & ~v238(constB14)
% 45.21/6.10 & ~v238(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v244,type,v244: state_type > $o ).
% 45.21/6.10 tff(predicate_v244,axiom,
% 45.21/6.10 ~v244(constB0)
% 45.21/6.10 & ~v244(constB1)
% 45.21/6.10 & ~v244(constB2)
% 45.21/6.10 & ~v244(constB3)
% 45.21/6.10 & ~v244(constB4)
% 45.21/6.10 & ~v244(constB5)
% 45.21/6.10 & ~v244(constB6)
% 45.21/6.10 & ~v244(constB7)
% 45.21/6.10 & ~v244(constB8)
% 45.21/6.10 & ~v244(constB9)
% 45.21/6.10 & ~v244(constB10)
% 45.21/6.10 & ~v244(constB11)
% 45.21/6.10 & v244(constB12)
% 45.21/6.10 & ~v244(constB13)
% 45.21/6.10 & ~v244(constB14)
% 45.21/6.10 & ~v244(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v247,type,v247: state_type > $o ).
% 45.21/6.10 tff(predicate_v247,axiom,
% 45.21/6.10 ~v247(constB0)
% 45.21/6.10 & ~v247(constB1)
% 45.21/6.10 & ~v247(constB2)
% 45.21/6.10 & ~v247(constB3)
% 45.21/6.10 & ~v247(constB4)
% 45.21/6.10 & ~v247(constB5)
% 45.21/6.10 & ~v247(constB6)
% 45.21/6.10 & ~v247(constB7)
% 45.21/6.10 & ~v247(constB8)
% 45.21/6.10 & ~v247(constB9)
% 45.21/6.10 & ~v247(constB10)
% 45.21/6.10 & v247(constB11)
% 45.21/6.10 & ~v247(constB12)
% 45.21/6.10 & ~v247(constB13)
% 45.21/6.10 & ~v247(constB14)
% 45.21/6.10 & ~v247(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v246,type,v246: state_type > $o ).
% 45.21/6.10 tff(predicate_v246,axiom,
% 45.21/6.10 ~v246(constB0)
% 45.21/6.10 & ~v246(constB1)
% 45.21/6.10 & ~v246(constB2)
% 45.21/6.10 & ~v246(constB3)
% 45.21/6.10 & ~v246(constB4)
% 45.21/6.10 & ~v246(constB5)
% 45.21/6.10 & ~v246(constB6)
% 45.21/6.10 & ~v246(constB7)
% 45.21/6.10 & ~v246(constB8)
% 45.21/6.10 & ~v246(constB9)
% 45.21/6.10 & ~v246(constB10)
% 45.21/6.10 & v246(constB11)
% 45.21/6.10 & ~v246(constB12)
% 45.21/6.10 & ~v246(constB13)
% 45.21/6.10 & ~v246(constB14)
% 45.21/6.10 & ~v246(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v245,type,v245: state_type > $o ).
% 45.21/6.10 tff(predicate_v245,axiom,
% 45.21/6.10 ~v245(constB0)
% 45.21/6.10 & ~v245(constB1)
% 45.21/6.10 & ~v245(constB2)
% 45.21/6.10 & ~v245(constB3)
% 45.21/6.10 & ~v245(constB4)
% 45.21/6.10 & ~v245(constB5)
% 45.21/6.10 & ~v245(constB6)
% 45.21/6.10 & ~v245(constB7)
% 45.21/6.10 & ~v245(constB8)
% 45.21/6.10 & ~v245(constB9)
% 45.21/6.10 & ~v245(constB10)
% 45.21/6.10 & v245(constB11)
% 45.21/6.10 & ~v245(constB12)
% 45.21/6.10 & ~v245(constB13)
% 45.21/6.10 & ~v245(constB14)
% 45.21/6.10 & ~v245(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v241,type,v241: state_type > $o ).
% 45.21/6.10 tff(predicate_v241,axiom,
% 45.21/6.10 ~v241(constB0)
% 45.21/6.10 & ~v241(constB1)
% 45.21/6.10 & ~v241(constB2)
% 45.21/6.10 & ~v241(constB3)
% 45.21/6.10 & ~v241(constB4)
% 45.21/6.10 & ~v241(constB5)
% 45.21/6.10 & ~v241(constB6)
% 45.21/6.10 & ~v241(constB7)
% 45.21/6.10 & ~v241(constB8)
% 45.21/6.10 & ~v241(constB9)
% 45.21/6.10 & ~v241(constB10)
% 45.21/6.10 & v241(constB11)
% 45.21/6.10 & v241(constB12)
% 45.21/6.10 & ~v241(constB13)
% 45.21/6.10 & ~v241(constB14)
% 45.21/6.10 & ~v241(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v243,type,v243: state_type > $o ).
% 45.21/6.10 tff(predicate_v243,axiom,
% 45.21/6.10 ~v243(constB0)
% 45.21/6.10 & ~v243(constB1)
% 45.21/6.10 & ~v243(constB2)
% 45.21/6.10 & ~v243(constB3)
% 45.21/6.10 & ~v243(constB4)
% 45.21/6.10 & ~v243(constB5)
% 45.21/6.10 & ~v243(constB6)
% 45.21/6.10 & ~v243(constB7)
% 45.21/6.10 & ~v243(constB8)
% 45.21/6.10 & ~v243(constB9)
% 45.21/6.10 & ~v243(constB10)
% 45.21/6.10 & ~v243(constB11)
% 45.21/6.10 & v243(constB12)
% 45.21/6.10 & v243(constB13)
% 45.21/6.10 & ~v243(constB14)
% 45.21/6.10 & ~v243(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v253,type,v253: state_type > $o ).
% 45.21/6.10 tff(predicate_v253,axiom,
% 45.21/6.10 ~v253(constB0)
% 45.21/6.10 & ~v253(constB1)
% 45.21/6.10 & ~v253(constB2)
% 45.21/6.10 & ~v253(constB3)
% 45.21/6.10 & ~v253(constB4)
% 45.21/6.10 & ~v253(constB5)
% 45.21/6.10 & ~v253(constB6)
% 45.21/6.10 & ~v253(constB7)
% 45.21/6.10 & ~v253(constB8)
% 45.21/6.10 & ~v253(constB9)
% 45.21/6.10 & ~v253(constB10)
% 45.21/6.10 & ~v253(constB11)
% 45.21/6.10 & ~v253(constB12)
% 45.21/6.10 & ~v253(constB13)
% 45.21/6.10 & v253(constB14)
% 45.21/6.10 & v253(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v259,type,v259: state_type > $o ).
% 45.21/6.10 tff(predicate_v259,axiom,
% 45.21/6.10 ~v259(constB0)
% 45.21/6.10 & ~v259(constB1)
% 45.21/6.10 & ~v259(constB2)
% 45.21/6.10 & ~v259(constB3)
% 45.21/6.10 & ~v259(constB4)
% 45.21/6.10 & ~v259(constB5)
% 45.21/6.10 & ~v259(constB6)
% 45.21/6.10 & ~v259(constB7)
% 45.21/6.10 & ~v259(constB8)
% 45.21/6.10 & ~v259(constB9)
% 45.21/6.10 & ~v259(constB10)
% 45.21/6.10 & ~v259(constB11)
% 45.21/6.10 & ~v259(constB12)
% 45.21/6.10 & ~v259(constB13)
% 45.21/6.10 & v259(constB14)
% 45.21/6.10 & ~v259(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v262,type,v262: state_type > $o ).
% 45.21/6.10 tff(predicate_v262,axiom,
% 45.21/6.10 ~v262(constB0)
% 45.21/6.10 & ~v262(constB1)
% 45.21/6.10 & ~v262(constB2)
% 45.21/6.10 & v262(constB3)
% 45.21/6.10 & ~v262(constB4)
% 45.21/6.10 & ~v262(constB5)
% 45.21/6.10 & ~v262(constB6)
% 45.21/6.10 & ~v262(constB7)
% 45.21/6.10 & ~v262(constB8)
% 45.21/6.10 & ~v262(constB9)
% 45.21/6.10 & ~v262(constB10)
% 45.21/6.10 & ~v262(constB11)
% 45.21/6.10 & ~v262(constB12)
% 45.21/6.10 & v262(constB13)
% 45.21/6.10 & ~v262(constB14)
% 45.21/6.10 & ~v262(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v261,type,v261: state_type > $o ).
% 45.21/6.10 tff(predicate_v261,axiom,
% 45.21/6.10 ~v261(constB0)
% 45.21/6.10 & ~v261(constB1)
% 45.21/6.10 & ~v261(constB2)
% 45.21/6.10 & v261(constB3)
% 45.21/6.10 & ~v261(constB4)
% 45.21/6.10 & ~v261(constB5)
% 45.21/6.10 & ~v261(constB6)
% 45.21/6.10 & ~v261(constB7)
% 45.21/6.10 & ~v261(constB8)
% 45.21/6.10 & ~v261(constB9)
% 45.21/6.10 & ~v261(constB10)
% 45.21/6.10 & ~v261(constB11)
% 45.21/6.10 & ~v261(constB12)
% 45.21/6.10 & v261(constB13)
% 45.21/6.10 & ~v261(constB14)
% 45.21/6.10 & ~v261(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v260,type,v260: state_type > $o ).
% 45.21/6.10 tff(predicate_v260,axiom,
% 45.21/6.10 ~v260(constB0)
% 45.21/6.10 & ~v260(constB1)
% 45.21/6.10 & ~v260(constB2)
% 45.21/6.10 & ~v260(constB3)
% 45.21/6.10 & ~v260(constB4)
% 45.21/6.10 & ~v260(constB5)
% 45.21/6.10 & ~v260(constB6)
% 45.21/6.10 & ~v260(constB7)
% 45.21/6.10 & ~v260(constB8)
% 45.21/6.10 & ~v260(constB9)
% 45.21/6.10 & ~v260(constB10)
% 45.21/6.10 & ~v260(constB11)
% 45.21/6.10 & ~v260(constB12)
% 45.21/6.10 & v260(constB13)
% 45.21/6.10 & ~v260(constB14)
% 45.21/6.10 & ~v260(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v256,type,v256: state_type > $o ).
% 45.21/6.10 tff(predicate_v256,axiom,
% 45.21/6.10 ~v256(constB0)
% 45.21/6.10 & ~v256(constB1)
% 45.21/6.10 & ~v256(constB2)
% 45.21/6.10 & ~v256(constB3)
% 45.21/6.10 & ~v256(constB4)
% 45.21/6.10 & ~v256(constB5)
% 45.21/6.10 & ~v256(constB6)
% 45.21/6.10 & ~v256(constB7)
% 45.21/6.10 & ~v256(constB8)
% 45.21/6.10 & ~v256(constB9)
% 45.21/6.10 & ~v256(constB10)
% 45.21/6.10 & ~v256(constB11)
% 45.21/6.10 & ~v256(constB12)
% 45.21/6.10 & v256(constB13)
% 45.21/6.10 & v256(constB14)
% 45.21/6.10 & ~v256(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v258,type,v258: state_type > $o ).
% 45.21/6.10 tff(predicate_v258,axiom,
% 45.21/6.10 ~v258(constB0)
% 45.21/6.10 & ~v258(constB1)
% 45.21/6.10 & ~v258(constB2)
% 45.21/6.10 & ~v258(constB3)
% 45.21/6.10 & ~v258(constB4)
% 45.21/6.10 & ~v258(constB5)
% 45.21/6.10 & ~v258(constB6)
% 45.21/6.10 & ~v258(constB7)
% 45.21/6.10 & ~v258(constB8)
% 45.21/6.10 & ~v258(constB9)
% 45.21/6.10 & ~v258(constB10)
% 45.21/6.10 & ~v258(constB11)
% 45.21/6.10 & ~v258(constB12)
% 45.21/6.10 & ~v258(constB13)
% 45.21/6.10 & v258(constB14)
% 45.21/6.10 & v258(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v251,type,v251: state_type > $o ).
% 45.21/6.10 tff(predicate_v251,axiom,
% 45.21/6.10 ~v251(constB0)
% 45.21/6.10 & ~v251(constB1)
% 45.21/6.10 & ~v251(constB2)
% 45.21/6.10 & ~v251(constB3)
% 45.21/6.10 & ~v251(constB4)
% 45.21/6.10 & ~v251(constB5)
% 45.21/6.10 & ~v251(constB6)
% 45.21/6.10 & ~v251(constB7)
% 45.21/6.10 & ~v251(constB8)
% 45.21/6.10 & ~v251(constB9)
% 45.21/6.10 & ~v251(constB10)
% 45.21/6.10 & ~v251(constB11)
% 45.21/6.10 & ~v251(constB12)
% 45.21/6.10 & ~v251(constB13)
% 45.21/6.10 & ~v251(constB14)
% 45.21/6.10 & ~v251(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v270,type,v270: state_type > $o ).
% 45.21/6.10 tff(predicate_v270,axiom,
% 45.21/6.10 ~v270(constB0)
% 45.21/6.10 & ~v270(constB1)
% 45.21/6.10 & ~v270(constB2)
% 45.21/6.10 & ~v270(constB3)
% 45.21/6.10 & ~v270(constB4)
% 45.21/6.10 & ~v270(constB5)
% 45.21/6.10 & ~v270(constB6)
% 45.21/6.10 & ~v270(constB7)
% 45.21/6.10 & ~v270(constB8)
% 45.21/6.10 & ~v270(constB9)
% 45.21/6.10 & ~v270(constB10)
% 45.21/6.10 & ~v270(constB11)
% 45.21/6.10 & ~v270(constB12)
% 45.21/6.10 & ~v270(constB13)
% 45.21/6.10 & ~v270(constB14)
% 45.21/6.10 & ~v270(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v271,type,v271: state_type > $o ).
% 45.21/6.10 tff(predicate_v271,axiom,
% 45.21/6.10 ~v271(constB0)
% 45.21/6.10 & ~v271(constB1)
% 45.21/6.10 & ~v271(constB2)
% 45.21/6.10 & ~v271(constB3)
% 45.21/6.10 & ~v271(constB4)
% 45.21/6.10 & ~v271(constB5)
% 45.21/6.10 & ~v271(constB6)
% 45.21/6.10 & ~v271(constB7)
% 45.21/6.10 & ~v271(constB8)
% 45.21/6.10 & ~v271(constB9)
% 45.21/6.10 & ~v271(constB10)
% 45.21/6.10 & ~v271(constB11)
% 45.21/6.10 & ~v271(constB12)
% 45.21/6.10 & ~v271(constB13)
% 45.21/6.10 & ~v271(constB14)
% 45.21/6.10 & ~v271(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v267,type,v267: state_type > $o ).
% 45.21/6.10 tff(predicate_v267,axiom,
% 45.21/6.10 ~v267(constB0)
% 45.21/6.10 & ~v267(constB1)
% 45.21/6.10 & ~v267(constB2)
% 45.21/6.10 & ~v267(constB3)
% 45.21/6.10 & ~v267(constB4)
% 45.21/6.10 & ~v267(constB5)
% 45.21/6.10 & ~v267(constB6)
% 45.21/6.10 & ~v267(constB7)
% 45.21/6.10 & ~v267(constB8)
% 45.21/6.10 & ~v267(constB9)
% 45.21/6.10 & ~v267(constB10)
% 45.21/6.10 & ~v267(constB11)
% 45.21/6.10 & ~v267(constB12)
% 45.21/6.10 & ~v267(constB13)
% 45.21/6.10 & ~v267(constB14)
% 45.21/6.10 & ~v267(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v269,type,v269: state_type > $o ).
% 45.21/6.10 tff(predicate_v269,axiom,
% 45.21/6.10 ~v269(constB0)
% 45.21/6.10 & ~v269(constB1)
% 45.21/6.10 & ~v269(constB2)
% 45.21/6.10 & ~v269(constB3)
% 45.21/6.10 & ~v269(constB4)
% 45.21/6.10 & ~v269(constB5)
% 45.21/6.10 & ~v269(constB6)
% 45.21/6.10 & ~v269(constB7)
% 45.21/6.10 & ~v269(constB8)
% 45.21/6.10 & ~v269(constB9)
% 45.21/6.10 & ~v269(constB10)
% 45.21/6.10 & ~v269(constB11)
% 45.21/6.10 & ~v269(constB12)
% 45.21/6.10 & ~v269(constB13)
% 45.21/6.10 & ~v269(constB14)
% 45.21/6.10 & ~v269(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v275,type,v275: state_type > $o ).
% 45.21/6.10 tff(predicate_v275,axiom,
% 45.21/6.10 ~v275(constB0)
% 45.21/6.10 & ~v275(constB1)
% 45.21/6.10 & ~v275(constB2)
% 45.21/6.10 & ~v275(constB3)
% 45.21/6.10 & ~v275(constB4)
% 45.21/6.10 & ~v275(constB5)
% 45.21/6.10 & ~v275(constB6)
% 45.21/6.10 & ~v275(constB7)
% 45.21/6.10 & ~v275(constB8)
% 45.21/6.10 & ~v275(constB9)
% 45.21/6.10 & ~v275(constB10)
% 45.21/6.10 & ~v275(constB11)
% 45.21/6.10 & ~v275(constB12)
% 45.21/6.10 & ~v275(constB13)
% 45.21/6.10 & ~v275(constB14)
% 45.21/6.10 & ~v275(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v281,type,v281: state_type > $o ).
% 45.21/6.10 tff(predicate_v281,axiom,
% 45.21/6.10 ~v281(constB0)
% 45.21/6.10 & ~v281(constB1)
% 45.21/6.10 & ~v281(constB2)
% 45.21/6.10 & ~v281(constB3)
% 45.21/6.10 & ~v281(constB4)
% 45.21/6.10 & ~v281(constB5)
% 45.21/6.10 & ~v281(constB6)
% 45.21/6.10 & ~v281(constB7)
% 45.21/6.10 & ~v281(constB8)
% 45.21/6.10 & ~v281(constB9)
% 45.21/6.10 & ~v281(constB10)
% 45.21/6.10 & ~v281(constB11)
% 45.21/6.10 & ~v281(constB12)
% 45.21/6.10 & ~v281(constB13)
% 45.21/6.10 & ~v281(constB14)
% 45.21/6.10 & ~v281(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v282,type,v282: state_type > $o ).
% 45.21/6.10 tff(predicate_v282,axiom,
% 45.21/6.10 ~v282(constB0)
% 45.21/6.10 & ~v282(constB1)
% 45.21/6.10 & ~v282(constB2)
% 45.21/6.10 & ~v282(constB3)
% 45.21/6.10 & ~v282(constB4)
% 45.21/6.10 & ~v282(constB5)
% 45.21/6.10 & ~v282(constB6)
% 45.21/6.10 & ~v282(constB7)
% 45.21/6.10 & ~v282(constB8)
% 45.21/6.10 & ~v282(constB9)
% 45.21/6.10 & ~v282(constB10)
% 45.21/6.10 & ~v282(constB11)
% 45.21/6.10 & ~v282(constB12)
% 45.21/6.10 & ~v282(constB13)
% 45.21/6.10 & ~v282(constB14)
% 45.21/6.10 & ~v282(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v278,type,v278: state_type > $o ).
% 45.21/6.10 tff(predicate_v278,axiom,
% 45.21/6.10 ~v278(constB0)
% 45.21/6.10 & ~v278(constB1)
% 45.21/6.10 & ~v278(constB2)
% 45.21/6.10 & ~v278(constB3)
% 45.21/6.10 & ~v278(constB4)
% 45.21/6.10 & ~v278(constB5)
% 45.21/6.10 & ~v278(constB6)
% 45.21/6.10 & ~v278(constB7)
% 45.21/6.10 & ~v278(constB8)
% 45.21/6.10 & ~v278(constB9)
% 45.21/6.10 & ~v278(constB10)
% 45.21/6.10 & ~v278(constB11)
% 45.21/6.10 & ~v278(constB12)
% 45.21/6.10 & ~v278(constB13)
% 45.21/6.10 & ~v278(constB14)
% 45.21/6.10 & ~v278(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v280,type,v280: state_type > $o ).
% 45.21/6.10 tff(predicate_v280,axiom,
% 45.21/6.10 ~v280(constB0)
% 45.21/6.10 & ~v280(constB1)
% 45.21/6.10 & ~v280(constB2)
% 45.21/6.10 & ~v280(constB3)
% 45.21/6.10 & ~v280(constB4)
% 45.21/6.10 & ~v280(constB5)
% 45.21/6.10 & ~v280(constB6)
% 45.21/6.10 & ~v280(constB7)
% 45.21/6.10 & ~v280(constB8)
% 45.21/6.10 & ~v280(constB9)
% 45.21/6.10 & ~v280(constB10)
% 45.21/6.10 & ~v280(constB11)
% 45.21/6.10 & ~v280(constB12)
% 45.21/6.10 & ~v280(constB13)
% 45.21/6.10 & ~v280(constB14)
% 45.21/6.10 & ~v280(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v296,type,v296: state_type > $o ).
% 45.21/6.10 tff(predicate_v296,axiom,
% 45.21/6.10 v296(constB0)
% 45.21/6.10 & v296(constB1)
% 45.21/6.10 & v296(constB2)
% 45.21/6.10 & v296(constB3)
% 45.21/6.10 & ~v296(constB4)
% 45.21/6.10 & ~v296(constB5)
% 45.21/6.10 & v296(constB6)
% 45.21/6.10 & v296(constB7)
% 45.21/6.10 & ~v296(constB8)
% 45.21/6.10 & ~v296(constB9)
% 45.21/6.10 & v296(constB10)
% 45.21/6.10 & v296(constB11)
% 45.21/6.10 & v296(constB12)
% 45.21/6.10 & v296(constB13)
% 45.21/6.10 & ~v296(constB14)
% 45.21/6.10 & ~v296(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v295,type,v295: state_type > $o ).
% 45.21/6.10 tff(predicate_v295,axiom,
% 45.21/6.10 ~v295(constB0)
% 45.21/6.10 & v295(constB1)
% 45.21/6.10 & ~v295(constB2)
% 45.21/6.10 & v295(constB3)
% 45.21/6.10 & ~v295(constB4)
% 45.21/6.10 & ~v295(constB5)
% 45.21/6.10 & ~v295(constB6)
% 45.21/6.10 & v295(constB7)
% 45.21/6.10 & ~v295(constB8)
% 45.21/6.10 & ~v295(constB9)
% 45.21/6.10 & ~v295(constB10)
% 45.21/6.10 & v295(constB11)
% 45.21/6.10 & ~v295(constB12)
% 45.21/6.10 & v295(constB13)
% 45.21/6.10 & ~v295(constB14)
% 45.21/6.10 & ~v295(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v294,type,v294: state_type > $o ).
% 45.21/6.10 tff(predicate_v294,axiom,
% 45.21/6.10 ~v294(constB0)
% 45.21/6.10 & v294(constB1)
% 45.21/6.10 & ~v294(constB2)
% 45.21/6.10 & v294(constB3)
% 45.21/6.10 & ~v294(constB4)
% 45.21/6.10 & ~v294(constB5)
% 45.21/6.10 & ~v294(constB6)
% 45.21/6.10 & v294(constB7)
% 45.21/6.10 & ~v294(constB8)
% 45.21/6.10 & ~v294(constB9)
% 45.21/6.10 & ~v294(constB10)
% 45.21/6.10 & v294(constB11)
% 45.21/6.10 & ~v294(constB12)
% 45.21/6.10 & v294(constB13)
% 45.21/6.10 & ~v294(constB14)
% 45.21/6.10 & ~v294(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v293,type,v293: state_type > $o ).
% 45.21/6.10 tff(predicate_v293,axiom,
% 45.21/6.10 ~v293(constB0)
% 45.21/6.10 & ~v293(constB1)
% 45.21/6.10 & ~v293(constB2)
% 45.21/6.10 & ~v293(constB3)
% 45.21/6.10 & ~v293(constB4)
% 45.21/6.10 & ~v293(constB5)
% 45.21/6.10 & ~v293(constB6)
% 45.21/6.10 & ~v293(constB7)
% 45.21/6.10 & ~v293(constB8)
% 45.21/6.10 & ~v293(constB9)
% 45.21/6.10 & ~v293(constB10)
% 45.21/6.10 & ~v293(constB11)
% 45.21/6.10 & ~v293(constB12)
% 45.21/6.10 & ~v293(constB13)
% 45.21/6.10 & ~v293(constB14)
% 45.21/6.10 & ~v293(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v300,type,v300: state_type > $o ).
% 45.21/6.10 tff(predicate_v300,axiom,
% 45.21/6.10 v300(constB0)
% 45.21/6.10 & v300(constB1)
% 45.21/6.10 & v300(constB2)
% 45.21/6.10 & v300(constB3)
% 45.21/6.10 & v300(constB4)
% 45.21/6.10 & v300(constB5)
% 45.21/6.10 & v300(constB6)
% 45.21/6.10 & v300(constB7)
% 45.21/6.10 & v300(constB8)
% 45.21/6.10 & v300(constB9)
% 45.21/6.10 & ~v300(constB10)
% 45.21/6.10 & ~v300(constB11)
% 45.21/6.10 & v300(constB12)
% 45.21/6.10 & v300(constB13)
% 45.21/6.10 & v300(constB14)
% 45.21/6.10 & v300(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v299,type,v299: state_type > $o ).
% 45.21/6.10 tff(predicate_v299,axiom,
% 45.21/6.10 ~v299(constB0)
% 45.21/6.10 & v299(constB1)
% 45.21/6.10 & ~v299(constB2)
% 45.21/6.10 & v299(constB3)
% 45.21/6.10 & ~v299(constB4)
% 45.21/6.10 & v299(constB5)
% 45.21/6.10 & ~v299(constB6)
% 45.21/6.10 & v299(constB7)
% 45.21/6.10 & ~v299(constB8)
% 45.21/6.10 & v299(constB9)
% 45.21/6.10 & ~v299(constB10)
% 45.21/6.10 & ~v299(constB11)
% 45.21/6.10 & ~v299(constB12)
% 45.21/6.10 & v299(constB13)
% 45.21/6.10 & ~v299(constB14)
% 45.21/6.10 & v299(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v298,type,v298: state_type > $o ).
% 45.21/6.10 tff(predicate_v298,axiom,
% 45.21/6.10 ~v298(constB0)
% 45.21/6.10 & v298(constB1)
% 45.21/6.10 & ~v298(constB2)
% 45.21/6.10 & v298(constB3)
% 45.21/6.10 & ~v298(constB4)
% 45.21/6.10 & v298(constB5)
% 45.21/6.10 & ~v298(constB6)
% 45.21/6.10 & v298(constB7)
% 45.21/6.10 & ~v298(constB8)
% 45.21/6.10 & v298(constB9)
% 45.21/6.10 & ~v298(constB10)
% 45.21/6.10 & ~v298(constB11)
% 45.21/6.10 & ~v298(constB12)
% 45.21/6.10 & v298(constB13)
% 45.21/6.10 & ~v298(constB14)
% 45.21/6.10 & v298(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v297,type,v297: state_type > $o ).
% 45.21/6.10 tff(predicate_v297,axiom,
% 45.21/6.10 ~v297(constB0)
% 45.21/6.10 & ~v297(constB1)
% 45.21/6.10 & ~v297(constB2)
% 45.21/6.10 & ~v297(constB3)
% 45.21/6.10 & ~v297(constB4)
% 45.21/6.10 & ~v297(constB5)
% 45.21/6.10 & ~v297(constB6)
% 45.21/6.10 & ~v297(constB7)
% 45.21/6.10 & ~v297(constB8)
% 45.21/6.10 & ~v297(constB9)
% 45.21/6.10 & ~v297(constB10)
% 45.21/6.10 & ~v297(constB11)
% 45.21/6.10 & ~v297(constB12)
% 45.21/6.10 & ~v297(constB13)
% 45.21/6.10 & ~v297(constB14)
% 45.21/6.10 & ~v297(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v292,type,v292: state_type > $o ).
% 45.21/6.10 tff(predicate_v292,axiom,
% 45.21/6.10 ~v292(constB0)
% 45.21/6.10 & ~v292(constB1)
% 45.21/6.10 & ~v292(constB2)
% 45.21/6.10 & ~v292(constB3)
% 45.21/6.10 & ~v292(constB4)
% 45.21/6.10 & ~v292(constB5)
% 45.21/6.10 & ~v292(constB6)
% 45.21/6.10 & ~v292(constB7)
% 45.21/6.10 & ~v292(constB8)
% 45.21/6.10 & ~v292(constB9)
% 45.21/6.10 & ~v292(constB10)
% 45.21/6.10 & ~v292(constB11)
% 45.21/6.10 & ~v292(constB12)
% 45.21/6.10 & ~v292(constB13)
% 45.21/6.10 & ~v292(constB14)
% 45.21/6.10 & ~v292(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v291,type,v291: state_type > $o ).
% 45.21/6.10 tff(predicate_v291,axiom,
% 45.21/6.10 v291(constB0)
% 45.21/6.10 & v291(constB1)
% 45.21/6.10 & v291(constB2)
% 45.21/6.10 & v291(constB3)
% 45.21/6.10 & v291(constB4)
% 45.21/6.10 & v291(constB5)
% 45.21/6.10 & v291(constB6)
% 45.21/6.10 & v291(constB7)
% 45.21/6.10 & v291(constB8)
% 45.21/6.10 & v291(constB9)
% 45.21/6.10 & v291(constB10)
% 45.21/6.10 & v291(constB11)
% 45.21/6.10 & v291(constB12)
% 45.21/6.10 & v291(constB13)
% 45.21/6.10 & v291(constB14)
% 45.21/6.10 & v291(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v305,type,v305: state_type > $o ).
% 45.21/6.10 tff(predicate_v305,axiom,
% 45.21/6.10 v305(constB0)
% 45.21/6.10 & v305(constB1)
% 45.21/6.10 & ~v305(constB2)
% 45.21/6.10 & ~v305(constB3)
% 45.21/6.10 & v305(constB4)
% 45.21/6.10 & v305(constB5)
% 45.21/6.10 & v305(constB6)
% 45.21/6.10 & v305(constB7)
% 45.21/6.10 & v305(constB8)
% 45.21/6.10 & v305(constB9)
% 45.21/6.10 & v305(constB10)
% 45.21/6.10 & v305(constB11)
% 45.21/6.10 & ~v305(constB12)
% 45.21/6.10 & ~v305(constB13)
% 45.21/6.10 & v305(constB14)
% 45.21/6.10 & v305(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v304,type,v304: state_type > $o ).
% 45.21/6.10 tff(predicate_v304,axiom,
% 45.21/6.10 ~v304(constB0)
% 45.21/6.10 & v304(constB1)
% 45.21/6.10 & ~v304(constB2)
% 45.21/6.10 & ~v304(constB3)
% 45.21/6.10 & ~v304(constB4)
% 45.21/6.10 & v304(constB5)
% 45.21/6.10 & ~v304(constB6)
% 45.21/6.10 & v304(constB7)
% 45.21/6.10 & ~v304(constB8)
% 45.21/6.10 & v304(constB9)
% 45.21/6.10 & ~v304(constB10)
% 45.21/6.10 & v304(constB11)
% 45.21/6.10 & ~v304(constB12)
% 45.21/6.10 & ~v304(constB13)
% 45.21/6.10 & ~v304(constB14)
% 45.21/6.10 & v304(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v303,type,v303: state_type > $o ).
% 45.21/6.10 tff(predicate_v303,axiom,
% 45.21/6.10 ~v303(constB0)
% 45.21/6.10 & v303(constB1)
% 45.21/6.10 & ~v303(constB2)
% 45.21/6.10 & ~v303(constB3)
% 45.21/6.10 & ~v303(constB4)
% 45.21/6.10 & v303(constB5)
% 45.21/6.10 & ~v303(constB6)
% 45.21/6.10 & v303(constB7)
% 45.21/6.10 & ~v303(constB8)
% 45.21/6.10 & v303(constB9)
% 45.21/6.10 & ~v303(constB10)
% 45.21/6.10 & v303(constB11)
% 45.21/6.10 & ~v303(constB12)
% 45.21/6.10 & ~v303(constB13)
% 45.21/6.10 & ~v303(constB14)
% 45.21/6.10 & v303(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v302,type,v302: state_type > $o ).
% 45.21/6.10 tff(predicate_v302,axiom,
% 45.21/6.10 ~v302(constB0)
% 45.21/6.10 & ~v302(constB1)
% 45.21/6.10 & ~v302(constB2)
% 45.21/6.10 & ~v302(constB3)
% 45.21/6.10 & ~v302(constB4)
% 45.21/6.10 & ~v302(constB5)
% 45.21/6.10 & ~v302(constB6)
% 45.21/6.10 & ~v302(constB7)
% 45.21/6.10 & ~v302(constB8)
% 45.21/6.10 & ~v302(constB9)
% 45.21/6.10 & ~v302(constB10)
% 45.21/6.10 & ~v302(constB11)
% 45.21/6.10 & ~v302(constB12)
% 45.21/6.10 & ~v302(constB13)
% 45.21/6.10 & ~v302(constB14)
% 45.21/6.10 & ~v302(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v301,type,v301: state_type > $o ).
% 45.21/6.10 tff(predicate_v301,axiom,
% 45.21/6.10 v301(constB0)
% 45.21/6.10 & v301(constB1)
% 45.21/6.10 & v301(constB2)
% 45.21/6.10 & v301(constB3)
% 45.21/6.10 & v301(constB4)
% 45.21/6.10 & v301(constB5)
% 45.21/6.10 & v301(constB6)
% 45.21/6.10 & v301(constB7)
% 45.21/6.10 & v301(constB8)
% 45.21/6.10 & v301(constB9)
% 45.21/6.10 & v301(constB10)
% 45.21/6.10 & v301(constB11)
% 45.21/6.10 & v301(constB12)
% 45.21/6.10 & v301(constB13)
% 45.21/6.10 & v301(constB14)
% 45.21/6.10 & v301(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v290,type,v290: state_type > $o ).
% 45.21/6.10 tff(predicate_v290,axiom,
% 45.21/6.10 v290(constB0)
% 45.21/6.10 & v290(constB1)
% 45.21/6.10 & v290(constB2)
% 45.21/6.10 & v290(constB3)
% 45.21/6.10 & v290(constB4)
% 45.21/6.10 & v290(constB5)
% 45.21/6.10 & v290(constB6)
% 45.21/6.10 & v290(constB7)
% 45.21/6.10 & v290(constB8)
% 45.21/6.10 & v290(constB9)
% 45.21/6.10 & v290(constB10)
% 45.21/6.10 & v290(constB11)
% 45.21/6.10 & v290(constB12)
% 45.21/6.10 & v290(constB13)
% 45.21/6.10 & v290(constB14)
% 45.21/6.10 & v290(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v307,type,v307: state_type > $o ).
% 45.21/6.10 tff(predicate_v307,axiom,
% 45.21/6.10 ~v307(constB0)
% 45.21/6.10 & ~v307(constB1)
% 45.21/6.10 & ~v307(constB2)
% 45.21/6.10 & ~v307(constB3)
% 45.21/6.10 & ~v307(constB4)
% 45.21/6.10 & ~v307(constB5)
% 45.21/6.10 & ~v307(constB6)
% 45.21/6.10 & ~v307(constB7)
% 45.21/6.10 & ~v307(constB8)
% 45.21/6.10 & ~v307(constB9)
% 45.21/6.10 & ~v307(constB10)
% 45.21/6.10 & ~v307(constB11)
% 45.21/6.10 & ~v307(constB12)
% 45.21/6.10 & ~v307(constB13)
% 45.21/6.10 & ~v307(constB14)
% 45.21/6.10 & ~v307(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v306,type,v306: state_type > $o ).
% 45.21/6.10 tff(predicate_v306,axiom,
% 45.21/6.10 v306(constB0)
% 45.21/6.10 & v306(constB1)
% 45.21/6.10 & v306(constB2)
% 45.21/6.10 & v306(constB3)
% 45.21/6.10 & v306(constB4)
% 45.21/6.10 & v306(constB5)
% 45.21/6.10 & v306(constB6)
% 45.21/6.10 & v306(constB7)
% 45.21/6.10 & v306(constB8)
% 45.21/6.10 & v306(constB9)
% 45.21/6.10 & v306(constB10)
% 45.21/6.10 & v306(constB11)
% 45.21/6.10 & v306(constB12)
% 45.21/6.10 & v306(constB13)
% 45.21/6.10 & v306(constB14)
% 45.21/6.10 & v306(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v289,type,v289: state_type > $o ).
% 45.21/6.10 tff(predicate_v289,axiom,
% 45.21/6.10 v289(constB0)
% 45.21/6.10 & v289(constB1)
% 45.21/6.10 & v289(constB2)
% 45.21/6.10 & v289(constB3)
% 45.21/6.10 & v289(constB4)
% 45.21/6.10 & v289(constB5)
% 45.21/6.10 & v289(constB6)
% 45.21/6.10 & v289(constB7)
% 45.21/6.10 & v289(constB8)
% 45.21/6.10 & v289(constB9)
% 45.21/6.10 & v289(constB10)
% 45.21/6.10 & v289(constB11)
% 45.21/6.10 & v289(constB12)
% 45.21/6.10 & v289(constB13)
% 45.21/6.10 & v289(constB14)
% 45.21/6.10 & v289(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v312,type,v312: state_type > $o ).
% 45.21/6.10 tff(predicate_v312,axiom,
% 45.21/6.10 v312(constB0)
% 45.21/6.10 & v312(constB1)
% 45.21/6.10 & v312(constB2)
% 45.21/6.10 & v312(constB3)
% 45.21/6.10 & v312(constB4)
% 45.21/6.10 & v312(constB5)
% 45.21/6.10 & ~v312(constB6)
% 45.21/6.10 & ~v312(constB7)
% 45.21/6.10 & v312(constB8)
% 45.21/6.10 & v312(constB9)
% 45.21/6.10 & v312(constB10)
% 45.21/6.10 & v312(constB11)
% 45.21/6.10 & v312(constB12)
% 45.21/6.10 & v312(constB13)
% 45.21/6.10 & v312(constB14)
% 45.21/6.10 & v312(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v311,type,v311: state_type > $o ).
% 45.21/6.10 tff(predicate_v311,axiom,
% 45.21/6.10 ~v311(constB0)
% 45.21/6.10 & v311(constB1)
% 45.21/6.10 & ~v311(constB2)
% 45.21/6.10 & v311(constB3)
% 45.21/6.10 & ~v311(constB4)
% 45.21/6.10 & v311(constB5)
% 45.21/6.10 & ~v311(constB6)
% 45.21/6.10 & ~v311(constB7)
% 45.21/6.10 & ~v311(constB8)
% 45.21/6.10 & v311(constB9)
% 45.21/6.10 & ~v311(constB10)
% 45.21/6.10 & v311(constB11)
% 45.21/6.10 & ~v311(constB12)
% 45.21/6.10 & v311(constB13)
% 45.21/6.10 & ~v311(constB14)
% 45.21/6.10 & v311(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v310,type,v310: state_type > $o ).
% 45.21/6.10 tff(predicate_v310,axiom,
% 45.21/6.10 ~v310(constB0)
% 45.21/6.10 & v310(constB1)
% 45.21/6.10 & ~v310(constB2)
% 45.21/6.10 & v310(constB3)
% 45.21/6.10 & ~v310(constB4)
% 45.21/6.10 & v310(constB5)
% 45.21/6.10 & ~v310(constB6)
% 45.21/6.10 & ~v310(constB7)
% 45.21/6.10 & ~v310(constB8)
% 45.21/6.10 & v310(constB9)
% 45.21/6.10 & ~v310(constB10)
% 45.21/6.10 & v310(constB11)
% 45.21/6.10 & ~v310(constB12)
% 45.21/6.10 & v310(constB13)
% 45.21/6.10 & ~v310(constB14)
% 45.21/6.10 & v310(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v309,type,v309: state_type > $o ).
% 45.21/6.10 tff(predicate_v309,axiom,
% 45.21/6.10 ~v309(constB0)
% 45.21/6.10 & ~v309(constB1)
% 45.21/6.10 & ~v309(constB2)
% 45.21/6.10 & ~v309(constB3)
% 45.21/6.10 & ~v309(constB4)
% 45.21/6.10 & ~v309(constB5)
% 45.21/6.10 & ~v309(constB6)
% 45.21/6.10 & ~v309(constB7)
% 45.21/6.10 & ~v309(constB8)
% 45.21/6.10 & ~v309(constB9)
% 45.21/6.10 & ~v309(constB10)
% 45.21/6.10 & ~v309(constB11)
% 45.21/6.10 & ~v309(constB12)
% 45.21/6.10 & ~v309(constB13)
% 45.21/6.10 & ~v309(constB14)
% 45.21/6.10 & ~v309(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v308,type,v308: state_type > $o ).
% 45.21/6.10 tff(predicate_v308,axiom,
% 45.21/6.10 v308(constB0)
% 45.21/6.10 & v308(constB1)
% 45.21/6.10 & v308(constB2)
% 45.21/6.10 & v308(constB3)
% 45.21/6.10 & v308(constB4)
% 45.21/6.10 & v308(constB5)
% 45.21/6.10 & v308(constB6)
% 45.21/6.10 & v308(constB7)
% 45.21/6.10 & v308(constB8)
% 45.21/6.10 & v308(constB9)
% 45.21/6.10 & v308(constB10)
% 45.21/6.10 & v308(constB11)
% 45.21/6.10 & v308(constB12)
% 45.21/6.10 & v308(constB13)
% 45.21/6.10 & v308(constB14)
% 45.21/6.10 & v308(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v288,type,v288: state_type > $o ).
% 45.21/6.10 tff(predicate_v288,axiom,
% 45.21/6.10 v288(constB0)
% 45.21/6.10 & v288(constB1)
% 45.21/6.10 & v288(constB2)
% 45.21/6.10 & v288(constB3)
% 45.21/6.10 & v288(constB4)
% 45.21/6.10 & v288(constB5)
% 45.21/6.10 & v288(constB6)
% 45.21/6.10 & v288(constB7)
% 45.21/6.10 & v288(constB8)
% 45.21/6.10 & v288(constB9)
% 45.21/6.10 & v288(constB10)
% 45.21/6.10 & v288(constB11)
% 45.21/6.10 & v288(constB12)
% 45.21/6.10 & v288(constB13)
% 45.21/6.10 & v288(constB14)
% 45.21/6.10 & v288(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v314,type,v314: state_type > $o ).
% 45.21/6.10 tff(predicate_v314,axiom,
% 45.21/6.10 ~v314(constB0)
% 45.21/6.10 & ~v314(constB1)
% 45.21/6.10 & ~v314(constB2)
% 45.21/6.10 & ~v314(constB3)
% 45.21/6.10 & ~v314(constB4)
% 45.21/6.10 & ~v314(constB5)
% 45.21/6.10 & ~v314(constB6)
% 45.21/6.10 & ~v314(constB7)
% 45.21/6.10 & ~v314(constB8)
% 45.21/6.10 & ~v314(constB9)
% 45.21/6.10 & ~v314(constB10)
% 45.21/6.10 & ~v314(constB11)
% 45.21/6.10 & ~v314(constB12)
% 45.21/6.10 & ~v314(constB13)
% 45.21/6.10 & ~v314(constB14)
% 45.21/6.10 & v314(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v313,type,v313: state_type > $o ).
% 45.21/6.10 tff(predicate_v313,axiom,
% 45.21/6.10 v313(constB0)
% 45.21/6.10 & v313(constB1)
% 45.21/6.10 & v313(constB2)
% 45.21/6.10 & v313(constB3)
% 45.21/6.10 & v313(constB4)
% 45.21/6.10 & v313(constB5)
% 45.21/6.10 & v313(constB6)
% 45.21/6.10 & v313(constB7)
% 45.21/6.10 & v313(constB8)
% 45.21/6.10 & v313(constB9)
% 45.21/6.10 & v313(constB10)
% 45.21/6.10 & v313(constB11)
% 45.21/6.10 & v313(constB12)
% 45.21/6.10 & v313(constB13)
% 45.21/6.10 & v313(constB14)
% 45.21/6.10 & ~v313(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v287,type,v287: state_type > $o ).
% 45.21/6.10 tff(predicate_v287,axiom,
% 45.21/6.10 v287(constB0)
% 45.21/6.10 & v287(constB1)
% 45.21/6.10 & v287(constB2)
% 45.21/6.10 & v287(constB3)
% 45.21/6.10 & v287(constB4)
% 45.21/6.10 & v287(constB5)
% 45.21/6.10 & v287(constB6)
% 45.21/6.10 & v287(constB7)
% 45.21/6.10 & v287(constB8)
% 45.21/6.10 & v287(constB9)
% 45.21/6.10 & v287(constB10)
% 45.21/6.10 & v287(constB11)
% 45.21/6.10 & v287(constB12)
% 45.21/6.10 & v287(constB13)
% 45.21/6.10 & v287(constB14)
% 45.21/6.10 & ~v287(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v286,type,v286: state_type > $o ).
% 45.21/6.10 tff(predicate_v286,axiom,
% 45.21/6.10 ~v286(constB0)
% 45.21/6.10 & ~v286(constB1)
% 45.21/6.10 & ~v286(constB2)
% 45.21/6.10 & ~v286(constB3)
% 45.21/6.10 & ~v286(constB4)
% 45.21/6.10 & ~v286(constB5)
% 45.21/6.10 & ~v286(constB6)
% 45.21/6.10 & ~v286(constB7)
% 45.21/6.10 & ~v286(constB8)
% 45.21/6.10 & ~v286(constB9)
% 45.21/6.10 & ~v286(constB10)
% 45.21/6.10 & ~v286(constB11)
% 45.21/6.10 & ~v286(constB12)
% 45.21/6.10 & ~v286(constB13)
% 45.21/6.10 & ~v286(constB14)
% 45.21/6.10 & v286(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_v82,type,v82: state_type > $o ).
% 45.21/6.10 tff(predicate_v82,axiom,
% 45.21/6.10 v82(constB0)
% 45.21/6.10 & v82(constB1)
% 45.21/6.10 & v82(constB2)
% 45.21/6.10 & v82(constB3)
% 45.21/6.10 & v82(constB4)
% 45.21/6.10 & v82(constB5)
% 45.21/6.10 & v82(constB6)
% 45.21/6.10 & v82(constB7)
% 45.21/6.10 & v82(constB8)
% 45.21/6.10 & v82(constB9)
% 45.21/6.10 & v82(constB10)
% 45.21/6.10 & v82(constB11)
% 45.21/6.10 & v82(constB12)
% 45.21/6.10 & v82(constB13)
% 45.21/6.10 & v82(constB14)
% 45.21/6.10 & ~v82(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 tff(declare_reachableState,type,reachableState: state_type > $o ).
% 45.21/6.10 tff(predicate_reachableState,axiom,
% 45.21/6.10 reachableState(constB0)
% 45.21/6.10 & reachableState(constB1)
% 45.21/6.10 & reachableState(constB2)
% 45.21/6.10 & reachableState(constB3)
% 45.21/6.10 & reachableState(constB4)
% 45.21/6.10 & reachableState(constB5)
% 45.21/6.10 & reachableState(constB6)
% 45.21/6.10 & reachableState(constB7)
% 45.21/6.10 & reachableState(constB8)
% 45.21/6.10 & reachableState(constB9)
% 45.21/6.10 & reachableState(constB10)
% 45.21/6.10 & reachableState(constB11)
% 45.21/6.10 & reachableState(constB12)
% 45.21/6.10 & reachableState(constB13)
% 45.21/6.10 & reachableState(constB14)
% 45.21/6.10 & reachableState(constB15)
% 45.21/6.10
% 45.21/6.10 ).
% 45.21/6.10
% 45.21/6.10 % SZS output end FiniteModel for theBenchmark
% 45.21/6.10 % (7071)------------------------------
% 45.21/6.10 % (7071)Version: Vampire 4.7 (commit 807e37dd9 on 2022-08-23 09:55:27 +0200)
% 45.21/6.10 % (7071)Linked with Z3 4.8.13.0 f03d756e086f81f2596157241e0decfb1c982299 z3-4.8.4-5390-gf03d756e0
% 45.21/6.10 % (7071)Termination reason: Satisfiable
% 45.21/6.10
% 45.21/6.10 % (7071)Memory used [KB]: 39402
% 45.21/6.10 % (7071)Time elapsed: 3.166 s
% 45.21/6.10 % (7071)Instructions burned: 5913 (million)
% 45.21/6.10 % (7071)------------------------------
% 45.21/6.10 % (7071)------------------------------
% 45.21/6.10 % (6989)Success in time 5.777 s
%------------------------------------------------------------------------------