TSTP Solution File: COM003_1 by SPASS+T---2.2.22
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- Process Solution
%------------------------------------------------------------------------------
% File : SPASS+T---2.2.22
% Problem : COM003_1 : TPTP v8.1.0. Released v5.0.0.
% Transfm : none
% Format : tptp:raw
% Command : spasst-tptp-script %s %d
% Computer : n022.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 600s
% DateTime : Fri Jul 15 01:45:01 EDT 2022
% Result : Theorem 0.51s 1.15s
% Output : Refutation 0.51s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.08/0.14 % Problem : COM003_1 : TPTP v8.1.0. Released v5.0.0.
% 0.08/0.14 % Command : spasst-tptp-script %s %d
% 0.15/0.36 % Computer : n022.cluster.edu
% 0.15/0.36 % Model : x86_64 x86_64
% 0.15/0.36 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.15/0.36 % Memory : 8042.1875MB
% 0.15/0.36 % OS : Linux 3.10.0-693.el7.x86_64
% 0.15/0.36 % CPULimit : 300
% 0.15/0.36 % WCLimit : 600
% 0.15/0.36 % DateTime : Thu Jun 16 20:06:32 EDT 2022
% 0.15/0.36 % CPUTime :
% 0.22/0.51 % Using EUF theory
% 0.51/1.15
% 0.51/1.15
% 0.51/1.15 % SZS status Theorem for /tmp/SPASST_10937_n022.cluster.edu
% 0.51/1.15
% 0.51/1.15 SPASS V 2.2.22 in combination with yices.
% 0.51/1.15 SPASS beiseite: Proof found by SPASS.
% 0.51/1.15 Problem: /tmp/SPASST_10937_n022.cluster.edu
% 0.51/1.15 SPASS derived 173 clauses, backtracked 61 clauses and kept 187 clauses.
% 0.51/1.15 SPASS backtracked 7 times (0 times due to theory inconsistency).
% 0.51/1.15 SPASS allocated 6474 KBytes.
% 0.51/1.15 SPASS spent 0:00:00.03 on the problem.
% 0.51/1.15 0:00:00.00 for the input.
% 0.51/1.15 0:00:00.01 for the FLOTTER CNF translation.
% 0.51/1.15 0:00:00.00 for inferences.
% 0.51/1.15 0:00:00.00 for the backtracking.
% 0.51/1.15 0:00:00.01 for the reduction.
% 0.51/1.15 0:00:00.00 for interacting with the SMT procedure.
% 0.51/1.15
% 0.51/1.15
% 0.51/1.15 % SZS output start CNFRefutation for /tmp/SPASST_10937_n022.cluster.edu
% 0.51/1.15
% 0.51/1.15 % Here is a proof with depth 5, length 162 :
% 0.51/1.15 1[0:Inp] || -> program(skc16)*.
% 0.51/1.15 2[0:Inp] || -> program(skc15)*.
% 0.51/1.15 3[0:Inp] || -> program(skc13)*.
% 0.51/1.15 7[0:Inp] || -> input(skc11)*.
% 0.51/1.15 9[0:Inp] || -> program(skc9)*.
% 0.51/1.15 10[0:Inp] || -> algorithm(skc8)*.
% 0.51/1.15 11[0:Inp] || -> program(skf7(U))*.
% 0.51/1.15 12[0:Inp] || -> program(skf6(U))*.
% 0.51/1.15 13[0:Inp] || -> program(skf5(U))*.
% 0.51/1.15 14[0:Inp] || -> input(skf4(U))*.
% 0.51/1.15 15[0:Inp] || program(U) -> input(as_input(U))*.
% 0.51/1.15 17[0:Inp] || -> SkP1(U,V)* halts2(V,as_input(V))*.
% 0.51/1.15 18[0:Inp] || -> SkP0(U,V)* halts2(V,as_input(V))*.
% 0.51/1.15 19[0:Inp] || program(U) input(V) -> decides(skc8,U,V)*.
% 0.51/1.15 20(e)[0:Inp] || algorithm(U) decides(U,skf5(U),skf4(U))* -> SkC0.
% 0.51/1.15 22[0:Inp] || outputs(U,good) halts2(U,as_input(V))* -> SkP1(U,V).
% 0.51/1.15 23(e)[0:Inp] || SkC1 program(U) -> halts2(U,as_input(U))* outputs(skc15,bad).
% 0.51/1.15 24[0:Inp] || SkC2 program(U)+ -> halts2(U,as_input(U))* halts2(skc16,as_input(U))*.
% 0.51/1.15 25[0:Inp] || SkC1 program(U) halts2(U,as_input(U))* -> outputs(skc15,good).
% 0.51/1.15 26(e)[0:Inp] || program(U) SkC1 -> halts2(skc15,as_input(U))* halts2(U,as_input(U))*.
% 0.51/1.15 27[0:Inp] || outputs(U,good) halts3(U,V,as_input(V))* -> SkP0(U,V).
% 0.51/1.15 28[0:Inp] || SkC0 program(U) input(V) -> decides(algorithm_of(skc13),U,V)*.
% 0.51/1.15 29[0:Inp] || halts2(U,as_input(U))* program(U) SkC1 -> halts2(skc15,as_input(U))*.
% 0.51/1.15 30[0:Inp] || SkC2 program(U) halts2(U,as_input(U))*+ halts2(skc16,as_input(U))* -> .
% 0.51/1.15 31[0:Inp] || program(U) SkP1(U,skf7(U)) halts2(skf7(U),as_input(skf7(U)))* -> SkC2.
% 0.51/1.15 32[0:Inp] || program(U) SkP0(U,skf6(U)) halts2(skf6(U),as_input(skf6(U)))* -> SkC1.
% 0.51/1.15 33[0:Inp] || program(U) outputs(U,bad) SkP1(U,skf7(U)) halts2(U,as_input(skf7(U)))* -> SkC2.
% 0.51/1.15 34[0:Inp] || program(U) outputs(U,bad) SkP0(U,skf6(U)) halts3(U,skf6(U),as_input(skf6(U)))* -> SkC1.
% 0.51/1.15 35[0:Inp] || program(U) program(V) input(W) program(X) input(Y) decides(algorithm_of(U),X,Y)* -> halts2(V,W)* outputs(U,bad).
% 0.51/1.15 36(e)[0:Inp] || program(U) program(V) input(W) program(X) input(Y) halts2(V,W)* decides(algorithm_of(U),X,Y)*+ -> outputs(U,good).
% 0.51/1.15 37(e)[0:Inp] || input(U) program(V) input(W) program(X) decides(algorithm_of(Y),V,U)* program(Y) -> halts3(Y,X,W)* halts2(X,W).
% 0.51/1.15 38[0:Inp] || input(U) program(V) input(W) halts2(X,W) program(X) decides(algorithm_of(Y),V,U)* program(Y) -> halts3(Y,X,W)*.
% 0.51/1.15 39(e)[0:MRR:29.0,26.3] || SkC1 program(U) -> halts2(skc15,as_input(U))*.
% 0.51/1.15 40[0:MRR:38.3,37.7] || program(U) program(V) input(W) program(X) input(Y) decides(algorithm_of(U),X,Y)*+ -> halts3(U,V,W)*.
% 0.51/1.15 41[0:Res:10.0,20.1] || decides(skc8,skf5(skc8),skf4(skc8))* -> SkC0.
% 0.51/1.15 48[0:Res:13.0,19.1] || input(U) -> decides(skc8,skf5(V),U)*.
% 0.51/1.15 67[1:Spt:23.3] || -> outputs(skc15,bad)*.
% 0.51/1.15 69[0:Res:48.1,41.0] || input(skf4(skc8))* -> SkC0.
% 0.51/1.15 70[0:MRR:69.0,14.0] || -> SkC0*.
% 0.51/1.15 71[0:MRR:28.0,70.0] || program(U) input(V) -> decides(algorithm_of(skc13),U,V)*.
% 0.51/1.15 74[0:Res:39.2,22.1] || SkC1 program(U) outputs(skc15,good) -> SkP1(skc15,U)*.
% 0.51/1.15 76(e)[0:Res:17.1,25.2] || SkC1 program(U) -> SkP1(V,U)* outputs(skc15,good).
% 0.51/1.15 79(e)[0:MRR:74.2,76.3] || SkC1 program(U) -> SkP1(skc15,U)*.
% 0.51/1.15 85[0:Res:1.0,24.1] || SkC2 -> halts2(skc16,as_input(skc16))* halts2(skc16,as_input(skc16))*.
% 0.51/1.15 89[0:Obv:85.1] || SkC2 -> halts2(skc16,as_input(skc16))*.
% 0.51/1.15 101[0:Res:89.1,30.2] || SkC2 SkC2 program(skc16) halts2(skc16,as_input(skc16))* -> .
% 0.51/1.15 106[0:Obv:101.0] || SkC2 program(skc16) halts2(skc16,as_input(skc16))* -> .
% 0.51/1.15 107[0:MRR:106.1,106.2,1.0,89.1] || SkC2* -> .
% 0.51/1.15 108[0:MRR:31.3,107.0] || program(U) SkP1(U,skf7(U)) halts2(skf7(U),as_input(skf7(U)))* -> .
% 0.51/1.15 109[0:MRR:33.4,107.0] || program(U) outputs(U,bad) SkP1(U,skf7(U)) halts2(U,as_input(skf7(U)))* -> .
% 0.51/1.15 114[0:Res:17.1,108.2] || program(U) SkP1(U,skf7(U))*+ -> SkP1(V,skf7(U))*.
% 0.51/1.15 116[0:Res:79.2,114.1] || SkC1 program(skf7(skc15)) program(skc15) -> SkP1(U,skf7(skc15))*.
% 0.51/1.15 117(e)[0:MRR:116.1,116.2,11.0,2.0] || SkC1 -> SkP1(U,skf7(skc15))*.
% 0.51/1.15 119(e)[0:Res:17.1,32.2] || program(U) SkP0(U,skf6(U))* -> SkP1(V,skf6(U))* SkC1.
% 0.51/1.15 120[0:Res:18.1,32.2] || program(U) SkP0(U,skf6(U))* -> SkP0(V,skf6(U))* SkC1.
% 0.51/1.15 121[2:Spt:119.3] || -> SkC1*.
% 0.51/1.15 122[2:MRR:39.0,121.0] || program(U) -> halts2(skc15,as_input(U))*.
% 0.51/1.15 125[2:MRR:117.0,121.0] || -> SkP1(U,skf7(skc15))*.
% 0.51/1.15 129[2:Res:122.1,109.3] || program(skf7(skc15)) program(skc15) outputs(skc15,bad) SkP1(skc15,skf7(skc15))* -> .
% 0.51/1.15 130(e)[2:MRR:129.0,129.1,129.2,129.3,11.0,2.0,67.0,125.0] || -> .
% 0.51/1.15 131[2:Spt:130.0,119.3,121.0] || SkC1* -> .
% 0.51/1.15 132[2:Spt:130.0,119.0,119.1,119.2] || program(U) SkP0(U,skf6(U))*+ -> SkP1(V,skf6(U))*.
% 0.51/1.15 133[2:MRR:120.3,131.0] || program(U) SkP0(U,skf6(U))*+ -> SkP0(V,skf6(U))*.
% 0.51/1.15 134[2:MRR:32.3,131.0] || program(U) SkP0(U,skf6(U)) halts2(skf6(U),as_input(skf6(U)))* -> .
% 0.51/1.15 135[2:MRR:34.4,131.0] || program(U) outputs(U,bad) SkP0(U,skf6(U)) halts3(U,skf6(U),as_input(skf6(U)))* -> .
% 0.51/1.15 138[0:Res:71.2,40.5] || program(U)* input(V)* program(skc13) program(W) input(X) program(U)* input(V)* -> halts3(skc13,W,X)*.
% 0.51/1.15 139[0:Obv:138.1] || program(skc13) program(U) input(V) program(W)* input(X)* -> halts3(skc13,U,V)*.
% 0.51/1.15 140[0:Con:139.3] || program(skc13) program(U) input(V) -> halts3(skc13,U,V)*.
% 0.51/1.15 141[0:MRR:140.0,3.0] || program(U) input(V) -> halts3(skc13,U,V)*.
% 0.51/1.15 142[0:Res:141.2,27.1] || program(U) input(as_input(U)) outputs(skc13,good) -> SkP0(skc13,U)*.
% 0.51/1.15 143[2:Res:141.2,135.3] || program(skf6(skc13)) input(as_input(skf6(skc13))) program(skc13) outputs(skc13,bad) SkP0(skc13,skf6(skc13))* -> .
% 0.51/1.15 144[0:MRR:142.1,15.1] || program(U) outputs(skc13,good) -> SkP0(skc13,U)*.
% 0.51/1.15 145[2:MRR:143.0,143.2,12.0,3.0] || input(as_input(skf6(skc13))) outputs(skc13,bad) SkP0(skc13,skf6(skc13))* -> .
% 0.51/1.15 146[2:Res:144.2,133.1] || program(skf6(skc13)) outputs(skc13,good) program(skc13) -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 148[2:MRR:146.0,146.2,12.0,3.0] || outputs(skc13,good) -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 152[3:Spt:35.0,35.3,35.4,35.5,35.7] || program(U) program(V) input(W) decides(algorithm_of(U),V,W)* -> outputs(U,bad).
% 0.51/1.15 153[3:Res:71.2,152.3] || program(U)* input(V)* program(skc13) program(U)* input(V)* -> outputs(skc13,bad)*.
% 0.51/1.15 154[3:Obv:153.1] || program(skc13) program(U)* input(V)* -> outputs(skc13,bad)*.
% 0.51/1.15 155[3:Con:154.1] || program(skc13) input(U)* -> outputs(skc13,bad)*.
% 0.51/1.15 156[3:MRR:155.0,3.0] || input(U)*+ -> outputs(skc13,bad)*.
% 0.51/1.15 157[3:MRR:145.1,156.1] || input(as_input(skf6(skc13))) SkP0(skc13,skf6(skc13))* -> .
% 0.51/1.15 161[3:Res:148.1,157.1] || outputs(skc13,good) input(as_input(skf6(skc13)))* -> .
% 0.51/1.15 163[0:Res:71.2,36.6] || program(U)* input(V)* program(skc13) program(W) input(X) program(U)* input(V)* halts2(W,X)* -> outputs(skc13,good)*.
% 0.51/1.15 164[0:Obv:163.1] || program(skc13) program(U) input(V) program(W)* input(X)* halts2(U,V)* -> outputs(skc13,good)*.
% 0.51/1.15 165[0:Con:164.3] || program(skc13) program(U) input(V) halts2(U,V)* -> outputs(skc13,good)*.
% 0.51/1.15 166[0:MRR:165.0,3.0] || program(U) input(V) halts2(U,V)*+ -> outputs(skc13,good)*.
% 0.51/1.15 167[3:Res:15.1,161.1] || program(skf6(skc13)) outputs(skc13,good)* -> .
% 0.51/1.15 168[3:MRR:167.0,12.0] || outputs(skc13,good)* -> .
% 0.51/1.15 169[3:MRR:166.3,168.0] || program(U) input(V) halts2(U,V)* -> .
% 0.51/1.15 171[3:Res:18.1,169.2] || program(U) input(as_input(U)) -> SkP0(V,U)*.
% 0.51/1.15 173[3:MRR:171.1,15.1] || program(U) -> SkP0(V,U)*.
% 0.51/1.15 178[3:Res:173.1,157.1] || program(skf6(skc13)) input(as_input(skf6(skc13)))* -> .
% 0.51/1.15 179[3:MRR:178.0,12.0] || input(as_input(skf6(skc13)))* -> .
% 0.51/1.15 180[3:Res:15.1,179.0] || program(skf6(skc13))* -> .
% 0.51/1.15 181(e)[3:MRR:180.0,12.0] || -> .
% 0.51/1.15 182[3:Spt:181.0,35.1,35.2,35.6] || program(U) input(V) -> halts2(U,V)*.
% 0.51/1.15 183[3:MRR:166.2,182.2] || program(U)*+ input(V)* -> outputs(skc13,good)*.
% 0.51/1.15 188[3:Res:182.2,134.2] || program(skf6(U)) input(as_input(skf6(U))) program(U) SkP0(U,skf6(U))* -> .
% 0.51/1.15 190[3:MRR:188.0,12.0] || input(as_input(skf6(U))) program(U) SkP0(U,skf6(U))* -> .
% 0.51/1.15 194[3:Res:9.0,183.0] || input(U)*+ -> outputs(skc13,good)*.
% 0.51/1.15 204[3:Res:7.0,194.0] || -> outputs(skc13,good)*.
% 0.51/1.15 207[3:MRR:148.0,204.0] || -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 217[3:Res:207.0,190.2] || input(as_input(skf6(skc13)))* program(skc13) -> .
% 0.51/1.15 219[3:MRR:217.1,3.0] || input(as_input(skf6(skc13)))* -> .
% 0.51/1.15 226[3:Res:15.1,219.0] || program(skf6(skc13))* -> .
% 0.51/1.15 227(e)[3:MRR:226.0,12.0] || -> .
% 0.51/1.15 228[1:Spt:227.0,23.3,67.0] || outputs(skc15,bad)* -> .
% 0.51/1.15 229(e)[1:Spt:227.0,23.0,23.1,23.2] || SkC1 program(U) -> halts2(U,as_input(U))*.
% 0.51/1.15 231[1:Res:229.2,108.2] || SkC1 program(skf7(U)) program(U) SkP1(U,skf7(U))* -> .
% 0.51/1.15 232(e)[1:MRR:231.1,11.0] || SkC1 program(U) SkP1(U,skf7(U))* -> .
% 0.51/1.15 233[2:Spt:119.3] || -> SkC1*.
% 0.51/1.15 237[2:MRR:79.0,233.0] || program(U) -> SkP1(skc15,U)*.
% 0.51/1.15 239[2:MRR:232.0,233.0] || program(U) SkP1(U,skf7(U))* -> .
% 0.51/1.15 243[2:Res:237.1,239.1] || program(skf7(skc15))* program(skc15) -> .
% 0.51/1.15 245(e)[2:MRR:243.0,243.1,11.0,2.0] || -> .
% 0.51/1.15 246[2:Spt:245.0,119.3,233.0] || SkC1* -> .
% 0.51/1.15 247[2:Spt:245.0,119.0,119.1,119.2] || program(U) SkP0(U,skf6(U))*+ -> SkP1(V,skf6(U))*.
% 0.51/1.15 248[2:MRR:120.3,246.0] || program(U) SkP0(U,skf6(U))*+ -> SkP0(V,skf6(U))*.
% 0.51/1.15 249[2:MRR:32.3,246.0] || program(U) SkP0(U,skf6(U)) halts2(skf6(U),as_input(skf6(U)))* -> .
% 0.51/1.15 250[2:MRR:34.4,246.0] || program(U) outputs(U,bad) SkP0(U,skf6(U)) halts3(U,skf6(U),as_input(skf6(U)))* -> .
% 0.51/1.15 257[2:Res:144.2,248.1] || program(skf6(skc13)) outputs(skc13,good) program(skc13) -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 258(e)[2:MRR:257.0,257.2,12.0,3.0] || outputs(skc13,good) -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 261[0:Res:17.1,166.2] || program(U) input(as_input(U)) -> SkP1(V,U)* outputs(skc13,good).
% 0.51/1.15 262[0:Res:18.1,166.2] || program(U) input(as_input(U)) -> SkP0(V,U)* outputs(skc13,good).
% 0.51/1.15 263(e)[0:MRR:261.1,15.1] || program(U) -> SkP1(V,U)* outputs(skc13,good).
% 0.51/1.15 264[0:MRR:262.1,15.1] || program(U) -> SkP0(V,U)* outputs(skc13,good).
% 0.51/1.15 266[3:Spt:263.2] || -> outputs(skc13,good)*.
% 0.51/1.15 268[3:MRR:258.0,266.0] || -> SkP0(U,skf6(skc13))*.
% 0.51/1.15 273[2:Res:141.2,250.3] || program(skf6(skc13)) input(as_input(skf6(skc13))) program(skc13) outputs(skc13,bad) SkP0(skc13,skf6(skc13))* -> .
% 0.51/1.15 274[3:MRR:273.0,273.2,273.4,12.0,3.0,268.0] || input(as_input(skf6(skc13)))* outputs(skc13,bad) -> .
% 0.51/1.15 275[3:Res:15.1,274.0] || program(skf6(skc13)) outputs(skc13,bad)* -> .
% 0.51/1.15 276[3:MRR:275.0,12.0] || outputs(skc13,bad)* -> .
% 0.51/1.15 277[4:Spt:35.0,35.3,35.4,35.5,35.7] || program(U) program(V) input(W) decides(algorithm_of(U),V,W)* -> outputs(U,bad).
% 0.51/1.15 278[4:Res:71.2,277.3] || program(U)* input(V)* program(skc13) program(U)* input(V)* -> outputs(skc13,bad)*.
% 0.51/1.15 279[4:Obv:278.1] || program(skc13) program(U)* input(V)* -> outputs(skc13,bad)*.
% 0.51/1.15 280[4:Con:279.1] || program(skc13) input(U)* -> outputs(skc13,bad)*.
% 0.51/1.15 281[4:MRR:280.0,3.0] || input(U)* -> outputs(skc13,bad)*.
% 0.51/1.15 282[4:MRR:281.1,276.0] || input(U)* -> .
% 0.51/1.15 283(e)[4:UnC:282.0,14.0] || -> .
% 0.51/1.15 284[4:Spt:283.0,35.1,35.2,35.6] || program(U) input(V) -> halts2(U,V)*.
% 0.51/1.15 290[4:Res:284.2,249.2] || program(skf6(U)) input(as_input(skf6(U))) program(U) SkP0(U,skf6(U))* -> .
% 0.51/1.15 292[4:MRR:290.0,12.0] || input(as_input(skf6(U))) program(U) SkP0(U,skf6(U))* -> .
% 0.51/1.15 294[4:Res:268.0,292.2] || input(as_input(skf6(skc13)))* program(skc13) -> .
% 0.51/1.15 296[4:MRR:294.1,3.0] || input(as_input(skf6(skc13)))* -> .
% 0.51/1.15 297[4:Res:15.1,296.0] || program(skf6(skc13))* -> .
% 0.51/1.15 298(e)[4:MRR:297.0,12.0] || -> .
% 0.51/1.15 299[3:Spt:298.0,263.2,266.0] || outputs(skc13,good)* -> .
% 0.51/1.15 300[3:Spt:298.0,263.0,263.1] || program(U) -> SkP1(V,U)*.
% 0.51/1.15 301[3:MRR:264.2,299.0] || program(U) -> SkP0(V,U)*.
% 0.51/1.15 302[3:MRR:166.3,299.0] || program(U) input(V) halts2(U,V)* -> .
% 0.51/1.15 303[2:MRR:273.0,273.2,12.0,3.0] || input(as_input(skf6(skc13))) outputs(skc13,bad) SkP0(skc13,skf6(skc13))* -> .
% 0.51/1.15 304[3:MRR:35.6,302.2] || program(U) program(V)* input(W)* program(X) input(Y) decides(algorithm_of(U),X,Y)*+ -> outputs(U,bad).
% 0.51/1.15 311[3:Res:301.1,303.2] || program(skf6(skc13)) input(as_input(skf6(skc13)))* outputs(skc13,bad) -> .
% 0.51/1.15 312[3:MRR:311.0,12.0] || input(as_input(skf6(skc13)))* outputs(skc13,bad) -> .
% 0.51/1.15 313[3:Res:15.1,312.0] || program(skf6(skc13)) outputs(skc13,bad)* -> .
% 0.51/1.15 314(e)[3:MRR:313.0,12.0] || outputs(skc13,bad)* -> .
% 0.51/1.15 315[3:Res:71.2,304.5] || program(U)* input(V)* program(skc13) program(W)* input(X)* program(U)* input(V)* -> outputs(skc13,bad)*.
% 0.51/1.15 316[3:Obv:315.1] || program(skc13) program(U)* input(V)* program(W)* input(X)* -> outputs(skc13,bad)*.
% 0.51/1.15 317[3:Con:316.1] || program(skc13) input(U)* -> outputs(skc13,bad)*.
% 0.51/1.15 318[3:MRR:317.0,3.0] || input(U)* -> outputs(skc13,bad)*.
% 0.51/1.15 319[3:MRR:318.1,314.0] || input(U)* -> .
% 0.51/1.15 320(e)[3:UnC:319.0,14.0] || -> .
% 0.51/1.15
% 0.51/1.15 % SZS output end CNFRefutation for /tmp/SPASST_10937_n022.cluster.edu
% 0.51/1.15
% 0.51/1.15 Formulae used in the proof : fof_p4 fof_program_type fof_p3 fof_p1 fof_input_type fof_prove_this fof_as_input_type fof_p2
% 0.51/1.17
% 0.51/1.17 SPASS+T ended
%------------------------------------------------------------------------------