0.00/0.03 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.00/0.04 % Command : nanocop_casc.sh %s %d 0.03/0.23 % Computer : n066.star.cs.uiowa.edu 0.03/0.23 % Model : x86_64 x86_64 0.03/0.23 % CPU : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz 0.03/0.23 % Memory : 32218.625MB 0.03/0.23 % OS : Linux 3.10.0-693.2.2.el7.x86_64 0.03/0.23 % CPULimit : 300 0.03/0.23 % DateTime : Sat Jul 14 04:23:40 CDT 2018 0.03/0.23 % CPUTime : 36.90/36.90 % SZS status Theorem for /export/starexec/sandbox2/benchmark/theBenchmark.p 36.90/36.91 % SZS output start Proof for /export/starexec/sandbox2/benchmark/theBenchmark.p 36.90/36.91 36.90/36.91 - the following list represents a non-clausal connection proof 36.90/36.91 (a tree in which each node is labelled with a nested clause) 36.90/36.91 - I^V is a skolem term f_I(V) for variable list V 36.90/36.91 - (I^K)^V:C is the (nested) clause C with index (I^K)^V, in which 36.90/36.91 I is the unique index of C, K distinguishes different copies 36.90/36.91 of C, and V is the list of (instantiated) variables in C 36.90/36.91 36.90/36.91 [(91 ^ 0) ^ [h(71 ^ [])] : [sorti2(h(71 ^ [])), 95 ^ 0 : [(98 ^ 0) ^ [] : [op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = h(71 ^ [])]]], [(110 ^ 1) ^ [71 ^ []] : [-(sorti2(h(71 ^ []))), sorti1(71 ^ [])], [(79 ^ 2) ^ [] : [-(sorti1(71 ^ []))]]], [(10 ^ 3) ^ [h(71 ^ []), h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))), op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])])] : [-(op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = h(71 ^ [])), op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))), h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))) = h(71 ^ [])], [(10 ^ 4) ^ [h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))), op2(h(j(94 ^ [h(71 ^ [])])), h(j(94 ^ [h(71 ^ [])]))), op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])])] : [-(op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])])))), op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = op2(h(j(94 ^ [h(71 ^ [])])), h(j(94 ^ [h(71 ^ [])]))), op2(h(j(94 ^ [h(71 ^ [])])), h(j(94 ^ [h(71 ^ [])]))) = h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])])))], [(50 ^ 5) ^ [h(j(94 ^ [h(71 ^ [])])), 94 ^ [h(71 ^ [])], h(j(94 ^ [h(71 ^ [])])), 94 ^ [h(71 ^ [])]] : [-(op2(94 ^ [h(71 ^ [])], 94 ^ [h(71 ^ [])]) = op2(h(j(94 ^ [h(71 ^ [])])), h(j(94 ^ [h(71 ^ [])])))), 94 ^ [h(71 ^ [])] = h(j(94 ^ [h(71 ^ [])])), 94 ^ [h(71 ^ [])] = h(j(94 ^ [h(71 ^ [])]))], [(142 ^ 6) ^ [94 ^ [h(71 ^ [])]] : [-(94 ^ [h(71 ^ [])] = h(j(94 ^ [h(71 ^ [])]))), sorti2(94 ^ [h(71 ^ [])])], [(96 ^ 7) ^ [] : [-(sorti2(94 ^ [h(71 ^ [])]))]]], [(142 ^ 6) ^ [94 ^ [h(71 ^ [])]] : [-(94 ^ [h(71 ^ [])] = h(j(94 ^ [h(71 ^ [])]))), sorti2(94 ^ [h(71 ^ [])])], [(96 ^ 7) ^ [] : [-(sorti2(94 ^ [h(71 ^ [])]))]]]], [(122 ^ 5) ^ [j(94 ^ [h(71 ^ [])])] : [-(op2(h(j(94 ^ [h(71 ^ [])])), h(j(94 ^ [h(71 ^ [])]))) = h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])])))), 125 ^ 5 : [(126 ^ 5) ^ [j(94 ^ [h(71 ^ [])])] : [sorti1(j(94 ^ [h(71 ^ [])]))]], sorti1(j(94 ^ [h(71 ^ [])]))], [(116 ^ 8) ^ [94 ^ [h(71 ^ [])]] : [-(sorti1(j(94 ^ [h(71 ^ [])]))), sorti2(94 ^ [h(71 ^ [])])], [(96 ^ 9) ^ [] : [-(sorti2(94 ^ [h(71 ^ [])]))]]], [(116 ^ 6) ^ [94 ^ [h(71 ^ [])]] : [-(sorti1(j(94 ^ [h(71 ^ [])]))), sorti2(94 ^ [h(71 ^ [])])], [(96 ^ 7) ^ [] : [-(sorti2(94 ^ [h(71 ^ [])]))]]]]], [(66 ^ 4) ^ [71 ^ [], op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))] : [-(h(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])]))) = h(71 ^ [])), op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])])) = 71 ^ []], [(73 ^ 5) ^ [j(94 ^ [h(71 ^ [])])] : [-(op1(j(94 ^ [h(71 ^ [])]), j(94 ^ [h(71 ^ [])])) = 71 ^ []), sorti1(j(94 ^ [h(71 ^ [])]))], [(116 ^ 6) ^ [94 ^ [h(71 ^ [])]] : [-(sorti1(j(94 ^ [h(71 ^ [])]))), sorti2(94 ^ [h(71 ^ [])])], [(96 ^ 7) ^ [] : [-(sorti2(94 ^ [h(71 ^ [])]))]]]]]]] 36.90/36.91 36.90/36.91 % SZS output end Proof for /export/starexec/sandbox2/benchmark/theBenchmark.p 36.90/36.92 EOF