0.03/0.12	% Problem    : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.03/0.12	% Command    : run_vampire %s %d SAT
0.12/0.34	% Computer : n019.cluster.edu
0.12/0.34	% Model    : x86_64 x86_64
0.12/0.34	% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.12/0.34	% Memory   : 8042.1875MB
0.12/0.34	% OS       : Linux 3.10.0-693.el7.x86_64
0.12/0.34	% CPULimit   : 960
0.12/0.34	% WCLimit    : 120
0.12/0.34	% DateTime   : Wed Jul 30 07:39:04 EDT 2025
0.12/0.34	% CPUTime    : 
0.12/0.36	This is a TFF_ problem
0.12/0.36	Running first-order model finding
0.12/0.36	Running /export/starexec/sandbox/solver/bin/vampire --mode casc --intent sat -m 16384 --cores 7 -t 120 /export/starexec/sandbox/benchmark/theBenchmark.p
0.22/0.47	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.47	% (27126)ott+1_1_to=lpo:sil=16000:sp=reverse_arity:erd=off:random_seed=603044314:i=131_1199 on theBenchmark for (1199ds/131Mi)
0.22/0.47	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.47	% (27125)ott+31_1_sil=16000:bce=on:lcm=predicate:newcnf=on:random_seed=622567559:i=116_1199 on theBenchmark for (1199ds/116Mi)
0.22/0.47	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.47	% (27122)dis+11_61:31_drc=ordering:lsd=5:abs=on:bsr=unit_only:rp=on:newcnf=on:random_seed=1798643718:i=135531:add=off:rawr=on_1199 on theBenchmark for (1199ds/135531Mi)
0.22/0.47	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.47	% (27121)fmb+10_1_sas=cadical:bce=on:rp=on:random_seed=613389179_1199 on theBenchmark for (1199ds/0Mi)
0.22/0.48	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.48	% (27127)ott-3_16_to=lpo:sil=16000:sp=arity:abs=on:fd=off:rp=on:random_seed=2988132207:i=159:nicw=on:bs=unit_only:fsr=off:amm=off_1199 on theBenchmark for (1199ds/159Mi)
0.22/0.48	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.48	% (27124)dis+10_1_sil=32000:sp=arity:random_seed=2218597731:i=103:fgj=on_1199 on theBenchmark for (1199ds/103Mi)
0.22/0.49	% (27119)Running in auto input_syntax mode. Trying TPTP
0.22/0.49	% (27123)dis+10_161_sil=256000:plsq=on:plsqr=61199697,1048576:gs=on:alpa=true:sac=on:slsq=on:cn=on:random_seed=2917331080:gsem=randomized:i=88024:add=on:uhcvi=off:rawr=on_1199 on theBenchmark for (1199ds/88024Mi)
0.22/0.54	% (27126)Instruction limit reached! 
0.22/0.54	% (27126)------------------------------
0.22/0.54	% (27126)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
0.22/0.54	% (27126)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
0.22/0.54	% (27126)Termination reason: Instruction limit
0.22/0.54	% (27126)Termination phase: Saturation
0.22/0.54	
0.22/0.54	% (27126)Time elapsed: 0.064 s
0.22/0.54	% (27126)Peak memory usage: 10 MB
0.22/0.54	% (27126)Instructions burned: 131 (million)
0.22/0.54	% (27124)Instruction limit reached! 
0.22/0.54	% (27124)------------------------------
0.22/0.54	% (27124)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
0.22/0.54	% (27124)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
0.22/0.54	% (27124)Termination reason: Instruction limit
0.22/0.54	% (27124)Termination phase: Saturation
0.22/0.54	
0.22/0.54	% (27124)Time elapsed: 0.054 s
0.22/0.54	% (27124)Peak memory usage: 10 MB
0.22/0.54	% (27124)Instructions burned: 104 (million)
0.22/0.54	% (27125)Instruction limit reached! 
0.22/0.54	% (27125)------------------------------
0.22/0.54	% (27125)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
0.22/0.54	% (27125)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
0.22/0.54	% (27125)Termination reason: Instruction limit
0.22/0.54	% (27125)Termination phase: Saturation
0.22/0.54	
0.22/0.54	% (27125)Time elapsed: 0.065 s
0.22/0.54	% (27125)Peak memory usage: 9 MB
0.22/0.54	% (27125)Instructions burned: 119 (million)
0.88/0.54	% (27127)Instruction limit reached! 
0.88/0.54	% (27127)------------------------------
0.88/0.54	% (27127)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
0.88/0.54	% (27127)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
0.88/0.54	% (27127)Termination reason: Instruction limit
0.88/0.54	% (27127)Termination phase: Saturation
0.88/0.54	
0.88/0.54	% (27127)Time elapsed: 0.068 s
0.88/0.54	% (27127)Peak memory usage: 11 MB
0.88/0.54	% (27127)Instructions burned: 160 (million)
1.22/0.59	% (27119)Running in auto input_syntax mode. Trying TPTP
1.22/0.59	% (27137)dis+11_32_anc=none:slsqr=2,1:sil=64000:sas=cadical:lma=off:lsd=50:s2agt=8:slsqc=1:kmz=on:newcnf=on:slsq=on:random_seed=2919574705:i=684:slsql=off:nicw=on:bs=unit_only:rawr=on_1198 on theBenchmark for (1198ds/684Mi)
1.22/0.59	% (27119)Running in auto input_syntax mode. Trying TPTP
1.22/0.59	% (27138)ott-21_1_sil=16000:fs=off:random_seed=4288902951:i=180:av=off:fsr=off_1198 on theBenchmark for (1198ds/180Mi)
1.22/0.61	% (27119)Running in auto input_syntax mode. Trying TPTP
1.22/0.61	% (27135)fmb+10_1_fmbas=predicate:sil=64000:sas=cadical:random_seed=2870242292:i=714:nm=2_1198 on theBenchmark for (1198ds/714Mi)
1.22/0.61	% (27119)Running in auto input_syntax mode. Trying TPTP
1.22/0.61	% (27136)ott+32_1_sil=16000:bsd=on:sp=const_max:bce=on:random_seed=1082193249:i=131:bd=preordered:fsd=on_1198 on theBenchmark for (1198ds/131Mi)
1.43/0.65	% (27138)Instruction limit reached! 
1.43/0.65	% (27138)------------------------------
1.43/0.65	% (27138)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
1.43/0.65	% (27138)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
1.43/0.65	% (27138)Termination reason: Instruction limit
1.43/0.65	% (27138)Termination phase: Saturation
1.43/0.65	
1.43/0.65	% (27138)Time elapsed: 0.059 s
1.43/0.65	% (27138)Peak memory usage: 10 MB
1.43/0.65	% (27138)Instructions burned: 182 (million)
1.64/0.68	% (27136)Instruction limit reached! 
1.64/0.68	% (27136)------------------------------
1.64/0.68	% (27136)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
1.64/0.68	% (27136)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
1.64/0.68	% (27136)Termination reason: Instruction limit
1.64/0.68	% (27136)Termination phase: Saturation
1.64/0.68	
1.64/0.68	% (27136)Time elapsed: 0.067 s
1.64/0.68	% (27136)Peak memory usage: 10 MB
1.64/0.68	% (27136)Instructions burned: 132 (million)
1.64/0.70	% (27119)Running in auto input_syntax mode. Trying TPTP
1.64/0.70	% (27143)dis+10_4_sil=64000:sp=reverse_arity:bsr=on:sac=on:cn=on:random_seed=1452147359:i=477:bd=all_1197 on theBenchmark for (1197ds/477Mi)
1.96/0.76	% (27119)Running in auto input_syntax mode. Trying TPTP
1.96/0.76	% (27144)fmb+10_1_sil=64000:erd=off:updr=off:random_seed=3486212454:fmbsr=1.3:i=865:ins=25_1196 on theBenchmark for (1196ds/865Mi)
1.96/0.76	% (27137)Instruction limit reached! 
1.96/0.76	% (27137)------------------------------
1.96/0.76	% (27137)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
1.96/0.76	% (27137)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
1.96/0.76	% (27137)Termination reason: Instruction limit
1.96/0.76	% (27137)Termination phase: Saturation
1.96/0.76	
1.96/0.76	% (27137)Time elapsed: 0.169 s
1.96/0.76	% (27137)Peak memory usage: 11 MB
1.96/0.76	% (27137)Instructions burned: 686 (million)
2.04/0.81	% TRYING [1]
2.04/0.81	% (27119)Running in auto input_syntax mode. Trying TPTP
2.04/0.81	% (27147)ott+10_1_to=lpo:sil=64000:tgt=full:sp=arity:spb=goal_then_units:random_seed=296607545:i=1179_1196 on theBenchmark for (1196ds/1179Mi)
2.04/0.82	% TRYING [2]
2.46/0.83	% (27143)First to succeed.
2.46/0.83	% (27143)Solution written to "/export/starexec/sandbox/tmp/vampire-proof-27119"
2.46/0.83	% (27119)Running in auto input_syntax mode. Trying TPTP
2.46/0.83	% SZS status CounterSatisfiable for theBenchmark
2.46/0.83	% SZS output start Saturation.
2.46/0.83	cnf(u2345,axiom,
2.46/0.83	    'functorM_axioms$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2351,axiom,
2.46/0.83	    'preFunctor$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2360,axiom,
2.46/0.83	    ~'functorM$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2369,axiom,
2.46/0.83	    ~'equivalence$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2374,axiom,
2.46/0.83	    'extCategory$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2384,axiom,
2.46/0.83	    'lSCategory_axioms$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2394,axiom,
2.46/0.83	    sP5(X0)).
2.46/0.83	
2.46/0.83	cnf(u2404,axiom,
2.46/0.83	    'functorM$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2411,axiom,
2.46/0.83	    'functorM_axioms$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2429,axiom,
2.46/0.83	    ~'functor$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2441,axiom,
2.46/0.83	    'functorM_axioms$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2444,axiom,
2.46/0.83	    sP7(X0)).
2.46/0.83	
2.46/0.83	cnf(u2447,axiom,
2.46/0.83	    ~sP8(X0)).
2.46/0.83	
2.46/0.83	cnf(u2451,axiom,
2.46/0.83	    'category$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2455,axiom,
2.46/0.83	    sP12(X0)).
2.46/0.83	
2.46/0.83	cnf(u2462,axiom,
2.46/0.83	    sP15(X0)).
2.46/0.83	
2.46/0.83	cnf(u2477,axiom,
2.46/0.83	    sP13(X0)).
2.46/0.83	
2.46/0.83	cnf(u2480,axiom,
2.46/0.83	    sP10(X0)).
2.46/0.83	
2.46/0.83	cnf(u2483,axiom,
2.46/0.83	    sP11(X0)).
2.46/0.83	
2.46/0.83	cnf(u2486,axiom,
2.46/0.83	    'category_axioms$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2495,axiom,
2.46/0.83	    sP16(X0)).
2.46/0.83	
2.46/0.83	cnf(u2502,axiom,
2.46/0.83	    ~sP18(X0)).
2.46/0.83	
2.46/0.83	cnf(u2508,axiom,
2.46/0.83	    sP20(X0)).
2.46/0.83	
2.46/0.83	cnf(u2540,axiom,
2.46/0.83	    'functorM$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2544,axiom,
2.46/0.83	    'functorExt$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2550,axiom,
2.46/0.83	    'functor$a'(X1)).
2.46/0.83	
2.46/0.83	cnf(u2569,axiom,
2.46/0.83	    'functor$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2572,axiom,
2.46/0.83	    ~'equivalence$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2584,axiom,
2.46/0.83	    'fun_app$b'('isOpair$',X0)).
2.46/0.83	
2.46/0.83	cnf(u2587,axiom,
2.46/0.83	    'category$c'('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u2606,axiom,
2.46/0.83	    ~sP4(X0)).
2.46/0.83	
2.46/0.83	cnf(u2612,axiom,
2.46/0.83	    ~sP3(X0)).
2.46/0.83	
2.46/0.83	cnf(u2615,axiom,
2.46/0.83	    'member$d'(X0,'collect$c'(X1))).
2.46/0.83	
2.46/0.83	cnf(u2630,axiom,
2.46/0.83	    'fun_app$d'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2642,axiom,
2.46/0.83	    'member$b'(X0,'collect$a'(X1))).
2.46/0.83	
2.46/0.83	cnf(u2668,axiom,
2.46/0.83	    'member$'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2681,axiom,
2.46/0.83	    ~sP9(X0)).
2.46/0.83	
2.46/0.83	cnf(u2734,axiom,
2.46/0.83	    'category$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2757,axiom,
2.46/0.83	    'member$c'(X0,'collect$b'(X1))).
2.46/0.83	
2.46/0.83	cnf(u2776,axiom,
2.46/0.83	    'fun_app$d'('uua$'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u2810,axiom,
2.46/0.83	    'lSCategory$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2827,axiom,
2.46/0.83	    'fun_app$e'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2847,axiom,
2.46/0.83	    'fun_app$e'('uub$'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u2872,axiom,
2.46/0.83	    'catDom$'(X0) = X1).
2.46/0.83	
2.46/0.83	cnf(u2978,axiom,
2.46/0.83	    'functorExt$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u2983,axiom,
2.46/0.83	    ~'equivalence_axioms$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u3029,axiom,
2.46/0.83	    sP6(X0)).
2.46/0.83	
2.46/0.83	cnf(u3041,axiom,
2.46/0.83	    sP14(X0)).
2.46/0.83	
2.46/0.83	cnf(u3063,axiom,
2.46/0.83	    'preFunctor$a'('makeFtor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u3108,axiom,
2.46/0.83	    'catCod$c'(X0) = X2).
2.46/0.83	
2.46/0.83	cnf(u3217,axiom,
2.46/0.83	    'functor_abbrev$b'(X0,'catDom$a'(X0),'catCod$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u3275,axiom,
2.46/0.83	    'functor$a'('makeFtor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u3352,axiom,
2.46/0.83	    ~'objIso$a'(X0,X1,X2)).
2.46/0.83	
2.46/0.83	cnf(u3360,axiom,
2.46/0.83	    'fun_app$c'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u3410,axiom,
2.46/0.83	    'member$b'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u3441,axiom,
2.46/0.83	    'fun_app$c'('uu$'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u3477,axiom,
2.46/0.83	    ~'inverse_rel$a'(X0,X1,X2)).
2.46/0.83	
2.46/0.83	cnf(u3497,axiom,
2.46/0.83	    'lSCategory$'('fun_app$n'('oppositeCategory$a',X0))).
2.46/0.83	
2.46/0.83	cnf(u3515,axiom,
2.46/0.83	    ~'inverse_rel$'(X0,X1,X2)).
2.46/0.83	
2.46/0.83	cnf(u3669,axiom,
2.46/0.83	    ~'mapsTo$b'(X0,X1,X2,X3)).
2.46/0.83	
2.46/0.83	cnf(u3728,axiom,
2.46/0.83	    ~'mapsTo$c'(X0,X1,X2,X3)).
2.46/0.83	
2.46/0.83	cnf(u3731,axiom,
2.46/0.83	    'compDefined$c'(X0,X1,'inverse$a'(X0,X1))).
2.46/0.83	
2.46/0.83	cnf(u3734,axiom,
2.46/0.83	    ~'isomorphism$c'(X0,X1)).
2.46/0.83	
2.46/0.83	cnf(u3844,axiom,
2.46/0.83	    'fun_app$a'('uue$'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u3991,axiom,
2.46/0.83	    'member$a'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u4038,axiom,
2.46/0.83	    'fun_app$b'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u4239,axiom,
2.46/0.83	    'functor$'('makeFtor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u4404,axiom,
2.46/0.83	    'fun_app$b'('isZFfun$',X0)).
2.46/0.83	
2.46/0.83	cnf(u4433,axiom,
2.46/0.83	    'functorM$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u4482,axiom,
2.46/0.83	    'functorM$'('identityFunctor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u4503,axiom,
2.46/0.83	    ~'member$f'(X1,'obj$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u4558,axiom,
2.46/0.83	    'category$a'('catExp$'('fun_app$n'('oppositeCategory$a',X0),'set$a'))).
2.46/0.83	
2.46/0.83	cnf(u4563,axiom,
2.46/0.83	    'member$a'(sK158(X0),'obj$'('catDom$a'(X0)))).
2.46/0.83	
2.46/0.83	cnf(u4566,axiom,
2.46/0.83	    ~sP19(X0)).
2.46/0.83	
2.46/0.83	cnf(u4587,axiom,
2.46/0.83	    'fun_app$b'('compDefined$'(X0,sK37(X0)),sK38(X0))).
2.46/0.83	
2.46/0.83	cnf(u4590,axiom,
2.46/0.83	    ~sP2(X0)).
2.46/0.83	
2.46/0.83	cnf(u4728,axiom,
2.46/0.83	    'member$a'(X0,'mor$'('set$a'))).
2.46/0.83	
2.46/0.83	cnf(u4765,axiom,
2.46/0.83	    'fun_app$b'('compDefined$'(X0,X1),X2)).
2.46/0.83	
2.46/0.83	cnf(u4884,axiom,
2.46/0.83	    'preFunctor$a'('identityFunctor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u5012,axiom,
2.46/0.83	    'functorExt$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5030,axiom,
2.46/0.83	    'functor$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5210,axiom,
2.46/0.83	    'fun_app$b'('mapsTo$'(X0,sK39(X0),sK40(X0)),sK41(X0))).
2.46/0.83	
2.46/0.83	cnf(u5213,axiom,
2.46/0.83	    ~sP1(X0)).
2.46/0.83	
2.46/0.83	cnf(u5387,axiom,
2.46/0.83	    'preFunctor$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5438,axiom,
2.46/0.83	    'catDom$'(X1) = 'catCod$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5570,axiom,
2.46/0.83	    'functor$b'('makeFtor$b'(X0))).
2.46/0.83	
2.46/0.83	cnf(u5651,axiom,
2.46/0.83	    'functor_comp_def$a'(X0,X1)).
2.46/0.83	
2.46/0.83	cnf(u5700,axiom,
2.46/0.83	    ~'member$h'(X2,'obj$c'(X1))).
2.46/0.83	
2.46/0.83	cnf(u5709,axiom,
2.46/0.83	    ~'member$g'(X1,'obj$b'(X0))).
2.46/0.83	
2.46/0.83	cnf(u5712,axiom,
2.46/0.83	    X0 = X4).
2.46/0.83	
2.46/0.83	cnf(u5759,axiom,
2.46/0.83	    X1 = X5).
2.46/0.83	
2.46/0.83	cnf(u5779,axiom,
2.46/0.83	    X3 = X7).
2.46/0.83	
2.46/0.83	cnf(u5797,axiom,
2.46/0.83	    X2 = X6).
2.46/0.83	
2.46/0.83	cnf(u6095,axiom,
2.46/0.83	    sP17(X0)).
2.46/0.83	
2.46/0.83	cnf(u6287,axiom,
2.46/0.83	    ~'member$h'(X2,'obj$c'(X1)) | ~'category$a'(X1)).
2.46/0.83	
2.46/0.83	cnf(u6316,axiom,
2.46/0.83	    'functorExt$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u6322,axiom,
2.46/0.83	    ~'preFunctor$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u6346,axiom,
2.46/0.83	    ~sP0(X0)).
2.46/0.83	
2.46/0.83	cnf(u7102,axiom,
2.46/0.83	    'catDom$c'(X0) = X1).
2.46/0.83	
2.46/0.83	cnf(u7285,axiom,
2.46/0.83	    'functor_comp_def$b'(X0,X1)).
2.46/0.83	
2.46/0.83	cnf(u7327,axiom,
2.46/0.83	    'functor_comp_def$'(X0,X1)).
2.46/0.83	
2.46/0.83	cnf(u7455,axiom,
2.46/0.83	    ~'fun_app$g'('mapsTo$a'(X0,X1,X2),X3)).
2.46/0.83	
2.46/0.83	cnf(u7690,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u7733,axiom,
2.46/0.83	    'functor_ext$'(X1,X2,X0,X3) = X4).
2.46/0.83	
2.46/0.83	cnf(u7869,axiom,
2.46/0.83	    'equivalence_axioms$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u7928,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u8029,axiom,
2.46/0.83	    ~'fun_app$f'('inverse_rel$b'(X0,X1),X2)).
2.46/0.83	
2.46/0.83	cnf(u8041,axiom,
2.46/0.83	    'fun_app$f'('compDefined$b'(X0,X1),'inverse$'(X0,X1))).
2.46/0.83	
2.46/0.83	cnf(u8044,axiom,
2.46/0.83	    ~'fun_app$f'('isomorphism$b'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u8047,axiom,
2.46/0.83	    X1 = X2).
2.46/0.83	
2.46/0.83	cnf(u8050,axiom,
2.46/0.83	    ~'member$e'(X2,'mor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u8249,axiom,
2.46/0.83	    X1 = X2).
2.46/0.83	
2.46/0.83	cnf(u8507,axiom,
2.46/0.83	    'catCod_update$'(X4,X1) = 'catCod_update$'(X3,X1)).
2.46/0.83	
2.46/0.83	cnf(u8510,axiom,
2.46/0.83	    'catCod$b'(X1) = sK74('catCod$b'(X1),X3,X4)).
2.46/0.83	
2.46/0.83	cnf(u8565,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u8654,axiom,
2.46/0.83	    'more$a'(X0) = X4).
2.46/0.83	
2.46/0.83	cnf(u8838,axiom,
2.46/0.83	    'natTransP$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u7881,axiom,
2.46/0.83	    'fun_app$f'('compDefined$b'(X0,X1),'inverse$'(X0,X1)) | ~'fun_app$f'('isomorphism$b'(X0),X1)).
2.46/0.83	
2.46/0.83	cnf(u1755,axiom,
2.46/0.83	    ~'functor$c'(X0) | 'functorExt$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u1612,axiom,
2.46/0.83	    'obj$'(X0) = 'obj$'('fun_app$k'('makeCat$',X0))).
2.46/0.83	
2.46/0.83	cnf(u8499,axiom,
2.46/0.83	    'compDefined$c'('catExp$'(X0,'set$a'),'fun_app$m'('yFtorNT$'(X1),X2),'fun_app$m'('yFtorNT$'(X1),X3))).
2.46/0.83	
2.46/0.83	cnf(u1713,axiom,
2.46/0.83	    'catDom$c'('functor_ext$b'(X0,X1,X2,X3)) = X0).
2.46/0.83	
2.46/0.83	cnf(u7894,axiom,
2.46/0.83	    ~'member$e'(X2,'mor$a'(X0)) | X1 = X2 | ~'member$e'(X1,'mor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u8375,axiom,
2.46/0.83	    'functor_ext$b'(X2,X3,X4,X0) = 'functor_ext$b'(X1,X3,X4,X0)).
2.46/0.83	
2.46/0.83	cnf(u2452,axiom,
2.46/0.83	    'category$'('c$')).
2.46/0.83	
2.46/0.83	cnf(u1572,axiom,
2.46/0.83	    'mapM$a'('functor_ext$b'(X0,X1,X2,X3)) = X2).
2.46/0.83	
2.46/0.83	cnf(u2237,axiom,
2.46/0.83	    'id$a'('category_ext$'(X0,X1,X2,X3,X4,X5,X6)) = X4).
2.46/0.83	
2.46/0.83	cnf(u8624,axiom,
2.46/0.83	    'functor_ext$b'(X1,X2,X0,'more$a'(X3)) = X3).
2.46/0.83	
2.46/0.83	cnf(u1977,axiom,
2.46/0.83	    'mor$'(X0) = 'mor$'('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u7462,axiom,
2.46/0.83	    'functor_abbrev$c'(X0,'catDom$b'(X0),'catCod$'(X0))).
2.46/0.83	
2.46/0.83	cnf(u4356,axiom,
2.46/0.83	    'lSCategory_axioms$'('fun_app$n'('oppositeCategory$a',X0))).
2.46/0.83	
2.46/0.83	cnf(u2861,axiom,
2.46/0.83	    'member$d'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u1727,axiom,
2.46/0.83	    'set$a' = 'fun_app$k'('makeCat$','set$')).
2.46/0.83	
2.46/0.83	cnf(u1525,axiom,
2.46/0.83	    'fun_app$b'('mapsTo$'(X0,sK39(X0),sK40(X0)),sK41(X0)) | ~sP1(X0)).
2.46/0.83	
2.46/0.83	cnf(u4782,axiom,
2.46/0.83	    'functorExt$'('makeFtor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u2066,axiom,
2.46/0.83	    'collect$c'('uub$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u8650,axiom,
2.46/0.83	    'compDefined$c'(X1,'fun_app$m'(X0,X3),'fun_app$m'(X0,X4))).
2.46/0.83	
2.46/0.83	cnf(u8118,axiom,
2.46/0.83	    ~'fun_app$g'('objIso$b'(X0,X1),X2)).
2.46/0.83	
2.46/0.83	cnf(u8846,axiom,
2.46/0.83	    'equivalence$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u3764,axiom,
2.46/0.83	    'catCod$b'(X0) = sK106(X0)).
2.46/0.83	
2.46/0.83	cnf(u4855,axiom,
2.46/0.83	    'category$c'('fun_app$k'('makeCat$',X0))).
2.46/0.83	
2.46/0.83	cnf(u7808,axiom,
2.46/0.83	    'catDom_update$'(X4,X1) = 'catDom_update$'(X3,X1)).
2.46/0.83	
2.46/0.83	cnf(u2626,axiom,
2.46/0.83	    'obj$'('set$a') = 'obj$'('set$')).
2.46/0.83	
2.46/0.83	cnf(u5720,axiom,
2.46/0.83	    'functor_abbrev$c'(X1,X0,X2)).
2.46/0.83	
2.46/0.83	cnf(u1786,axiom,
2.46/0.83	    'collect$e'('uud$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u1569,axiom,
2.46/0.83	    'lSCategory$'('c$')).
2.46/0.83	
2.46/0.83	cnf(u2963,axiom,
2.46/0.83	    'functor_abbrev$b'(X1,X2,X0)).
2.46/0.83	
2.46/0.83	cnf(u8132,axiom,
2.46/0.83	    ~'member$f'(X2,'obj$a'(X0)) | X1 = X2 | ~'member$f'(X1,'obj$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u7314,axiom,
2.46/0.83	    'functorM$c'('unitFunctor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u2792,axiom,
2.46/0.83	    'member$c'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u1875,axiom,
2.46/0.83	    'mapM$'('functor_ext$'(X0,X1,X2,X3)) = X2).
2.46/0.83	
2.46/0.83	cnf(u4865,axiom,
2.46/0.83	    'extCategory$'('fun_app$k'('makeCat$',X0))).
2.46/0.83	
2.46/0.83	cnf(u1839,axiom,
2.46/0.83	    ~sP8(X0) | sP7(X0)).
2.46/0.83	
2.46/0.83	cnf(u1676,axiom,
2.46/0.83	    'collect$a'('uu$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u8082,axiom,
2.46/0.83	    'compDefined$c'('catExp$'('fun_app$n'('oppositeCategory$a',X0),'set$a'),'fun_app$m'('yFtorNT$'(X0),X1),'fun_app$m'('yFtorNT$'(X0),X2))).
2.46/0.83	
2.46/0.83	cnf(u3765,axiom,
2.46/0.83	    'more$a'(X0) = sK108(X0)).
2.46/0.83	
2.46/0.83	cnf(u7012,axiom,
2.46/0.83	    'lSCategory$'('catDom$b'(X0))).
2.46/0.83	
2.46/0.83	cnf(u2082,axiom,
2.46/0.83	    'fun_app$g'('uud$'(X0),X1) | ~'member$f'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u5944,axiom,
2.46/0.83	    'collect$'(X1) = 'collect$'(X0)).
2.46/0.83	
2.46/0.83	cnf(u3767,axiom,
2.46/0.83	    'mapM$a'(X0) = sK107(X0)).
2.46/0.83	
2.46/0.83	cnf(u2165,axiom,
2.46/0.83	    'category$c'('set$a')).
2.46/0.83	
2.46/0.83	cnf(u7440,axiom,
2.46/0.83	    'category$b'('catExp$a'(X0,X1))).
2.46/0.83	
2.46/0.83	cnf(u4492,axiom,
2.46/0.83	    sP6('identityFunctor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u7706,axiom,
2.46/0.83	    X0 = X4).
2.46/0.83	
2.46/0.83	cnf(u1522,axiom,
2.46/0.83	    'fun_app$b'('compDefined$'(X0,sK37(X0)),sK38(X0)) | ~sP2(X0)).
2.46/0.83	
2.46/0.83	cnf(u1882,axiom,
2.46/0.83	    'fun_app$'('uuj$',X0) = X0).
2.46/0.83	
2.46/0.83	cnf(u3766,axiom,
2.46/0.83	    'catDom$c'(X0) = sK105(X0)).
2.46/0.83	
2.46/0.83	cnf(u3058,axiom,
2.46/0.83	    'category_axioms$'('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u4309,axiom,
2.46/0.83	    'category$'('fun_app$n'('oppositeCategory$a',X0))).
2.46/0.83	
2.46/0.83	cnf(u3810,axiom,
2.46/0.83	    X0 = X7).
2.46/0.83	
2.46/0.83	cnf(u2245,axiom,
2.46/0.83	    'member$e'(X0,'collect$d'(X1)) | ~'fun_app$f'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2174,axiom,
2.46/0.83	    'catCod$b'('functor_ext$b'(X0,X1,X2,X3)) = X1).
2.46/0.83	
2.46/0.83	cnf(u8769,axiom,
2.46/0.83	    sP21(X0)).
2.46/0.83	
2.46/0.83	cnf(u5764,axiom,
2.46/0.83	    'category$a'(X0)).
2.46/0.83	
2.46/0.83	cnf(u3057,axiom,
2.46/0.83	    'category_axioms$'('set$a')).
2.46/0.83	
2.46/0.83	cnf(u7905,axiom,
2.46/0.83	    ~'functor_abbrev$a'(X0,X1,X2)).
2.46/0.83	
2.46/0.83	cnf(u2303,axiom,
2.46/0.83	    'catCod$b'(X1) = sK74('catCod$b'(X1),X3,X4) | 'catCod_update$'(X4,X1) = 'catCod_update$'(X3,X1)).
2.46/0.83	
2.46/0.83	cnf(u1930,axiom,
2.46/0.83	    'more$a'('functor_ext$b'(X0,X1,X2,X3)) = X3).
2.46/0.83	
2.46/0.83	cnf(u1672,axiom,
2.46/0.83	    'obj$'(X0) = 'obj$'('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u1989,axiom,
2.46/0.83	    'catCod$a'('functor_ext$a'(X0,X1,X2,X3)) = X1).
2.46/0.83	
2.46/0.83	cnf(u6383,axiom,
2.46/0.83	    'fun_app$'('zFfunCod$',X0) = 'fun_app$'('zFfunDom$',X1)).
2.46/0.83	
2.46/0.83	cnf(u4117,axiom,
2.46/0.83	    'fun_app$a'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2246,axiom,
2.46/0.83	    ~'member$e'(X0,'collect$d'(X1)) | 'fun_app$f'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2873,axiom,
2.46/0.83	    X0 = X2).
2.46/0.83	
2.46/0.83	cnf(u8514,axiom,
2.46/0.83	    'compDefined$c'(X0,'fun_app$m'('yFtorNT$'(X1),X2),'fun_app$m'('yFtorNT$'(X1),X3))).
2.46/0.83	
2.46/0.83	cnf(u2065,axiom,
2.46/0.83	    'collect$f'('uuf$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u3109,axiom,
2.46/0.83	    X0 = X2).
2.46/0.83	
2.46/0.83	cnf(u2132,axiom,
2.46/0.83	    'collect$'('uue$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u3071,axiom,
2.46/0.83	    sP6('makeFtor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u1708,axiom,
2.46/0.83	    'catDom$a'('functor_ext$a'(X0,X1,X2,X3)) = X0).
2.46/0.83	
2.46/0.83	cnf(u7300,axiom,
2.46/0.83	    'functor$'('unitFunctor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u5728,axiom,
2.46/0.83	    'category$a'('catExp$'(X0,'set$a'))).
2.46/0.83	
2.46/0.83	cnf(u8709,axiom,
2.46/0.83	    'fun_app$m'(X1,'comp$a'('catDom$c'(X2),X0,sK33(X2))) != 'comp$b'('catCod$b'(X2),'fun_app$m'(X1,X0),'fun_app$m'(X1,sK33(X2)))).
2.46/0.83	
2.46/0.83	cnf(u1728,axiom,
2.46/0.83	    'fun_app$b'('uui$',X0)).
2.46/0.83	
2.46/0.83	cnf(u1540,axiom,
2.46/0.83	    'mapM$b'('functor_ext$a'(X0,X1,X2,X3)) = X2).
2.46/0.83	
2.46/0.83	cnf(u8698,axiom,
2.46/0.83	    'fun_app$m'(X0,'comp$a'('catDom$c'(X1),sK32(X1),sK33(X1))) != 'comp$b'('catCod$b'(X1),'fun_app$m'(X0,sK32(X1)),'fun_app$m'(X0,sK33(X1)))).
2.46/0.83	
2.46/0.83	cnf(u5945,axiom,
2.46/0.83	    'collect$'(X1) = X0).
2.46/0.83	
2.46/0.83	cnf(u8717,axiom,
2.46/0.83	    'fun_app$m'(X1,'comp$a'('catDom$c'(X2),X3,X0)) != 'comp$b'('catCod$b'(X2),'fun_app$m'(X1,X3),'fun_app$m'(X1,X0))).
2.46/0.83	
2.46/0.83	cnf(u4853,axiom,
2.46/0.83	    'functorM$c'('makeFtor$c'(X0))).
2.46/0.83	
2.46/0.83	cnf(u8847,axiom,
2.46/0.83	    'functor_comp_def$c'(X0,X1)).
2.46/0.83	
2.46/0.83	cnf(u3580,axiom,
2.46/0.83	    'functor_abbrev$'(X1,X0,X2)).
2.46/0.83	
2.46/0.83	cnf(u2388,axiom,
2.46/0.83	    'lSCategory_axioms$'('c$')).
2.46/0.83	
2.46/0.83	cnf(u8724,axiom,
2.46/0.83	    'comp$b'(X1,'fun_app$m'(X2,X3),'fun_app$m'(X2,X4)) != 'fun_app$m'(X2,X0)).
2.46/0.83	
2.46/0.83	cnf(u2083,axiom,
2.46/0.83	    ~'fun_app$g'('uud$'(X0),X1) | 'member$f'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u2378,axiom,
2.46/0.83	    'extCategory$'('set$a')).
2.46/0.83	
2.46/0.83	cnf(u1914,axiom,
2.46/0.83	    'collect$d'('uuc$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u1973,axiom,
2.46/0.83	    ~'fun_app$f'('uuc$'(X0),X1) | 'member$e'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u1974,axiom,
2.46/0.83	    'fun_app$f'('uuc$'(X0),X1) | ~'member$e'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u8723,axiom,
2.46/0.83	    'comp$b'(X0,'fun_app$m'(X1,X5),'fun_app$m'(X1,X6)) != 'fun_app$m'(X1,'comp$a'(X2,X5,X6))).
2.46/0.83	
2.46/0.83	cnf(u3546,axiom,
2.46/0.83	    sP14('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u8051,axiom,
2.46/0.83	    'fun_app$f'('compDefined$b'(X1,X2),X0)).
2.46/0.83	
2.46/0.83	cnf(u1803,axiom,
2.46/0.83	    ~'member$f'(X0,'collect$e'(X1)) | 'fun_app$g'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u5676,axiom,
2.46/0.83	    X0 = X3).
2.46/0.83	
2.46/0.83	cnf(u4415,axiom,
2.46/0.83	    ~'equivalence$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5701,axiom,
2.46/0.83	    ~'member$g'(X1,'obj$b'(X0)) | ~'category$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u5953,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u2014,axiom,
2.46/0.83	    'collect$b'('uua$'(X0)) = X0).
2.46/0.83	
2.46/0.83	cnf(u2448,axiom,
2.46/0.83	    ~'equivalence_axioms$c'(X0)).
2.46/0.83	
2.46/0.83	cnf(u8691,axiom,
2.46/0.83	    'fun_app$m'('mapM$a'(X0),'comp$a'('catDom$c'(X0),sK32(X0),sK33(X0))) != 'comp$b'('catCod$b'(X0),'fun_app$m'('mapM$a'(X0),sK32(X0)),'fun_app$m'('mapM$a'(X0),sK33(X0)))).
2.46/0.83	
2.46/0.83	cnf(u2589,axiom,
2.46/0.83	    'extCategory$'('fun_app$k'('oppositeCategory$',X0))).
2.46/0.83	
2.46/0.83	cnf(u2627,axiom,
2.46/0.83	    'member$a'(X0,'obj$'('set$'))).
2.46/0.83	
2.46/0.83	cnf(u3882,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u3284,axiom,
2.46/0.83	    'functorExt$b'('makeFtor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u3059,axiom,
2.46/0.83	    sP14('set$a')).
2.46/0.83	
2.46/0.83	cnf(u3070,axiom,
2.46/0.83	    'functorM$'('makeFtor$a'(X0))).
2.46/0.83	
2.46/0.83	cnf(u1802,axiom,
2.46/0.83	    'member$f'(X0,'collect$e'(X1)) | ~'fun_app$g'(X1,X0)).
2.46/0.83	
2.46/0.83	cnf(u4743,axiom,
2.46/0.83	    'fun_app$b'('isFun$','fun_app$'('snd$',X0))).
2.46/0.83	
2.46/0.83	cnf(u6121,axiom,
2.46/0.83	    'category$'('catDom$b'(X0))).
2.46/0.83	
2.46/0.83	cnf(u3689,axiom,
2.46/0.83	    X0 = X1).
2.46/0.83	
2.46/0.83	cnf(u1812,axiom,
2.46/0.83	    ~'functorM$b'(X0) | 'functorM_axioms$b'(X0)).
2.46/0.83	
2.46/0.83	cnf(u6312,axiom,
2.46/0.83	    ~'mapsTo$b'(X0,X3,X1,X2) | ~'isomorphism$c'(X0,X3)).
2.46/0.83	
2.46/0.83	cnf(u8766,axiom,
2.46/0.83	    'equivalence_axioms$b'(X0)).
2.46/0.83	
2.46/0.83	% SZS output end Saturation.
2.46/0.83	% SZS output start Definitions and Model Updates.
2.46/0.83	for all inputs,
2.46/0.83	    define 'homFtor$'(X0,X1) := 'makeFtor$b'('homFtor$a'(X0,X1))
2.46/0.83	for all inputs,
2.46/0.83	    define 'homFtorContra$'(X0,X1) := 'makeFtor$b'('homFtorContra$a'(X0,X1))
2.46/0.83	for all inputs,
2.46/0.83	    define 'zFfun$'(X0,X1,X2) := 'fun_app$'('fun_app$h'('opair$','fun_app$'('fun_app$h'('opair$',X0),X1)),'lambda$'(X0,X2))
2.46/0.83	for all inputs,
2.46/0.83	    define 'yFtor$a'(X0) := 'makeFtor$'('functor_ext$b'(X0,'catExp$'('fun_app$n'('oppositeCategory$a',X0),'set$a'),'yFtorNT$'(X0),'unity$'))
2.46/0.83	for all inputs,
2.46/0.83	    define 'yFtor$'(X0) := 'functor_ext$b'(X0,'catExp$'('fun_app$n'('oppositeCategory$a',X0),'set$a'),'yFtorNT$'(X0),'unity$')
2.46/0.83	for all inputs,
2.46/0.83	    define 'constFunctor$'(X0,X1,X2) := 'makeFtor$a'('constFunctor$a'(X0,X1,X2))
2.46/0.83	for all inputs,
2.46/0.83	    define 'constFunctor$b'(X0,X1,X2) := 'makeFtor$'('constFunctor$c'(X0,X1,X2))
2.46/0.83	for all inputs,
2.46/0.83	    define 'identityFunctor$d'(X0) := 'makeFtor$a'('identityFunctor$c'(X0))
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$j'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$c'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$g'(X0,X1) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$j'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$i'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$e'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$f'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$e'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'natTransP$'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$m'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$k'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$h'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$i'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'nTCompDefined$'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$o'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$k'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$e'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$j'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'natTrans$a'(X0) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$i'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$f'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'member$k'(X0,X1) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$g'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$m'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$h'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'natTrans$'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$d'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'member$i'(X0,X1) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'isomorphism$a'(X0,X1) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$e'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'category$d'(X0) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$k'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'compDefined$a'(X0,X1,X2) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$j'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'isomorphism$d'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'member$j'(X0,X1) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$d'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$i'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$l'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$g'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$f'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'nt_abbrev$'(X0,X1,X2) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$l'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$h'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$n'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'category_axioms$a'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$h'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor$d'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$m'(X0) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$g'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functorM$l'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$k'(X0,X1) := $false
2.46/0.83	for all inputs,
2.46/0.83	    define 'preFunctor$d'(X0) := $true
2.46/0.83	for all inputs,
2.46/0.83	    define 'functor_comp_def$f'(X0,X1) := $false
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'functor$a'(X0) & 'catDom$'(X1) = 'catCod$a'(X0) & 'functor$'(X1) is false, set ~'functor_comp_def$a'(X0,X1) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'catCod$'(X0) = 'catDom$a'(X1) & 'functor$a'(X1) & 'functor$b'(X0) is false, set ~'functor_comp_def$b'(X0,X1) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'functor$b'(X0) & 'functor$'(X1) & 'catCod$'(X0) = 'catDom$'(X1) is false, set ~'functor_comp_def$'(X0,X1) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'functor$'(X0) & 'catCod$c'(X0) = X2 & 'catDom$'(X0) = X1 is false, set ~'functor_abbrev$'(X0,X1,X2) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'catDom$a'(X0) = X1 & 'catCod$a'(X0) = X2 & 'functor$a'(X0) is false, set ~'functor_abbrev$b'(X0,X1,X2) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'functor$a'(X1) & 'catCod$a'(X0) = 'catDom$a'(X1) & 'functor$a'(X0) is false, set ~'functor_comp_def$c'(X0,X1) to true
2.46/0.83	for all groundings,
2.46/0.83	    whenever 'catCod$b'(X0) = X2 & 'catDom$c'(X0) = X1 & 'functor$c'(X0) is false, set ~'functor_abbrev$a'(X0,X1,X2) to true
2.46/0.83	% SZS output end Definitions and Model Updates.
2.46/0.83	% (27143)------------------------------
2.46/0.83	% (27143)Version: Vampire 5.0.0 (Release build, commit 3ce9b74f2 on 2025-07-14 12:22:21 +0200)
2.46/0.83	% (27143)Linked with Z3 4.14.0.0 3c47fd96cf5645d0c42b2c819d9e9a84380aa721 z3-4.8.4-9178-g3c47fd96c
2.46/0.83	% (27143)Termination reason: Satisfiable
2.46/0.83	
2.46/0.83	% (27143)Time elapsed: 0.132 s
2.46/0.83	% (27143)Peak memory usage: 11 MB
2.46/0.83	% (27143)Instructions burned: 350 (million)
2.46/0.83	% (27143)------------------------------
2.46/0.83	% (27143)------------------------------
2.46/0.83	% (27119)Success in time 0.461 s
2.46/0.83	EOF