%------------------------------------------------------------------------------ % File : Crossbow---0.1 % Problem : SYN335+1 : TPTP v8.1.0. Released v2.0.0. % Transfm : none % Format : tptp:raw % Command : do_Crossbow---0.1 %s % Computer : n013.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 : Thu Jul 21 03:01:25 EDT 2022 % Result : CounterSatisfiable 0.50s 0.72s % Output : FiniteModel 0.50s % Verified : % SZS Type : - % Comments : %------------------------------------------------------------------------------ %----WARNING: Could not form TPTP format derivation %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.07/0.11 % Problem : SYN335+1 : TPTP v8.1.0. Released v2.0.0. % 0.07/0.12 % Command : do_Crossbow---0.1 %s % 0.12/0.33 % Computer : n013.cluster.edu % 0.12/0.33 % Model : x86_64 x86_64 % 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz % 0.12/0.33 % Memory : 8042.1875MB % 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64 % 0.12/0.33 % CPULimit : 300 % 0.12/0.33 % WCLimit : 600 % 0.12/0.33 % DateTime : Mon Jul 11 15:08:59 EDT 2022 % 0.12/0.33 % CPUTime : % 0.12/0.33 /export/starexec/sandbox/solver/bin % 0.12/0.33 crossbow.opt % 0.12/0.33 do_Crossbow---0.1 % 0.12/0.33 eprover % 0.12/0.33 runsolver % 0.12/0.33 starexec_run_Crossbow---0.1 % 0.50/0.72 % SZS status CounterSatisfiable for theBenchmark.p % 0.50/0.72 % SZS output start FiniteModel for theBenchmark.p % 0.50/0.72 % domain size: 11 % 0.50/0.72 fof(interp, fi_domain, ![X] : (X = 0 | X = 1 | X = 2 | X = 3 | X = 4 | X = 5 | % 0.50/0.72 X = 6 | % 0.50/0.72 X = 7 | % 0.50/0.72 X = 8 | % 0.50/0.72 X = 9 | % 0.50/0.72 X = 10)). % 0.50/0.72 fof(interp, fi_predicates, big_f(0, 0) & big_f(0, 1) & big_f(0, 2) & big_f(0, 3) & % 0.50/0.72 ~big_f(0, 4) & % 0.50/0.72 big_f(0, 5) & % 0.50/0.72 big_f(0, 6) & % 0.50/0.72 ~big_f(0, 7) & % 0.50/0.72 ~big_f(0, 8) & % 0.50/0.72 ~big_f(0, 9) & % 0.50/0.72 ~big_f(0, 10) & % 0.50/0.72 ~big_f(1, 0) & % 0.50/0.72 ~big_f(1, 1) & % 0.50/0.72 big_f(1, 2) & % 0.50/0.72 big_f(1, 3) & % 0.50/0.72 ~big_f(1, 4) & % 0.50/0.72 big_f(1, 5) & % 0.50/0.72 ~big_f(1, 6) & % 0.50/0.72 big_f(1, 7) & % 0.50/0.72 big_f(1, 8) & % 0.50/0.72 ~big_f(1, 9) & % 0.50/0.72 big_f(1, 10) & % 0.50/0.72 ~big_f(2, 0) & % 0.50/0.72 big_f(2, 1) & % 0.50/0.72 big_f(2, 2) & % 0.50/0.72 ~big_f(2, 3) & % 0.50/0.72 big_f(2, 4) & % 0.50/0.72 big_f(2, 5) & % 0.50/0.72 big_f(2, 6) & % 0.50/0.72 big_f(2, 7) & % 0.50/0.72 big_f(2, 8) & % 0.50/0.72 big_f(2, 9) & % 0.50/0.72 big_f(2, 10) & % 0.50/0.72 big_f(3, 0) & % 0.50/0.72 big_f(3, 1) & % 0.50/0.72 big_f(3, 2) & % 0.50/0.72 big_f(3, 3) & % 0.50/0.72 big_f(3, 4) & % 0.50/0.72 ~big_f(3, 5) & % 0.50/0.72 big_f(3, 6) & % 0.50/0.72 ~big_f(3, 7) & % 0.50/0.72 ~big_f(3, 8) & % 0.50/0.72 big_f(3, 9) & % 0.50/0.72 big_f(3, 10) & % 0.50/0.72 big_f(4, 0) & % 0.50/0.72 ~big_f(4, 1) & % 0.50/0.72 big_f(4, 2) & % 0.50/0.72 big_f(4, 3) & % 0.50/0.72 ~big_f(4, 4) & % 0.50/0.72 big_f(4, 5) & % 0.50/0.72 big_f(4, 6) & % 0.50/0.72 ~big_f(4, 7) & % 0.50/0.72 ~big_f(4, 8) & % 0.50/0.72 ~big_f(4, 9) & % 0.50/0.72 ~big_f(4, 10) & % 0.50/0.72 big_f(5, 0) & % 0.50/0.72 big_f(5, 1) & % 0.50/0.72 ~big_f(5, 2) & % 0.50/0.72 ~big_f(5, 3) & % 0.50/0.72 big_f(5, 4) & % 0.50/0.72 ~big_f(5, 5) & % 0.50/0.72 ~big_f(5, 6) & % 0.50/0.72 big_f(5, 7) & % 0.50/0.72 big_f(5, 8) & % 0.50/0.72 big_f(5, 9) & % 0.50/0.72 ~big_f(5, 10) & % 0.50/0.72 big_f(6, 0) & % 0.50/0.72 big_f(6, 1) & % 0.50/0.72 big_f(6, 2) & % 0.50/0.72 ~big_f(6, 3) & % 0.50/0.72 big_f(6, 4) & % 0.50/0.72 big_f(6, 5) & % 0.50/0.72 big_f(6, 6) & % 0.50/0.72 big_f(6, 7) & % 0.50/0.72 big_f(6, 8) & % 0.50/0.72 big_f(6, 9) & % 0.50/0.72 big_f(6, 10) & % 0.50/0.72 big_f(7, 0) & % 0.50/0.72 big_f(7, 1) & % 0.50/0.72 ~big_f(7, 2) & % 0.50/0.72 big_f(7, 3) & % 0.50/0.72 big_f(7, 4) & % 0.50/0.72 big_f(7, 5) & % 0.50/0.72 big_f(7, 6) & % 0.50/0.72 big_f(7, 7) & % 0.50/0.72 big_f(7, 8) & % 0.50/0.72 big_f(7, 9) & % 0.50/0.72 ~big_f(7, 10) & % 0.50/0.72 big_f(8, 0) & % 0.50/0.72 big_f(8, 1) & % 0.50/0.72 ~big_f(8, 2) & % 0.50/0.72 big_f(8, 3) & % 0.50/0.72 big_f(8, 4) & % 0.50/0.72 big_f(8, 5) & % 0.50/0.72 ~big_f(8, 6) & % 0.50/0.72 big_f(8, 7) & % 0.50/0.72 big_f(8, 8) & % 0.50/0.72 ~big_f(8, 9) & % 0.50/0.72 big_f(8, 10) & % 0.50/0.72 big_f(9, 0) & % 0.50/0.72 ~big_f(9, 1) & % 0.50/0.72 big_f(9, 2) & % 0.50/0.72 big_f(9, 3) & % 0.50/0.72 big_f(9, 4) & % 0.50/0.72 big_f(9, 5) & % 0.50/0.72 ~big_f(9, 6) & % 0.50/0.72 big_f(9, 7) & % 0.50/0.72 big_f(9, 8) & % 0.50/0.72 big_f(9, 9) & % 0.50/0.72 big_f(9, 10) & % 0.50/0.72 big_f(10, 0) & % 0.50/0.72 big_f(10, 1) & % 0.50/0.72 big_f(10, 2) & % 0.50/0.72 big_f(10, 3) & % 0.50/0.72 big_f(10, 4) & % 0.50/0.72 big_f(10, 5) & % 0.50/0.72 big_f(10, 6) & % 0.50/0.72 big_f(10, 7) & % 0.50/0.72 big_f(10, 8) & % 0.50/0.72 ~big_f(10, 9) & % 0.50/0.72 big_f(10, 10)). % 0.50/0.72 fof(interp, fi_predicates, ~big_g(0, 0) & big_g(0, 1) & big_g(0, 2) & % 0.50/0.72 ~big_g(0, 3) & % 0.50/0.72 big_g(0, 4) & % 0.50/0.72 big_g(0, 5) & % 0.50/0.72 ~big_g(0, 6) & % 0.50/0.72 big_g(0, 7) & % 0.50/0.72 big_g(0, 8) & % 0.50/0.72 big_g(0, 9) & % 0.50/0.72 big_g(0, 10) & % 0.50/0.72 big_g(1, 0) & % 0.50/0.72 big_g(1, 1) & % 0.50/0.72 ~big_g(1, 2) & % 0.50/0.72 ~big_g(1, 3) & % 0.50/0.72 big_g(1, 4) & % 0.50/0.72 big_g(1, 5) & % 0.50/0.72 big_g(1, 6) & % 0.50/0.72 big_g(1, 7) & % 0.50/0.72 big_g(1, 8) & % 0.50/0.72 big_g(1, 9) & % 0.50/0.72 ~big_g(1, 10) & % 0.50/0.72 big_g(2, 0) & % 0.50/0.72 ~big_g(2, 1) & % 0.50/0.72 ~big_g(2, 2) & % 0.50/0.72 big_g(2, 3) & % 0.50/0.72 ~big_g(2, 4) & % 0.50/0.72 big_g(2, 5) & % 0.50/0.72 ~big_g(2, 6) & % 0.50/0.72 big_g(2, 7) & % 0.50/0.72 big_g(2, 8) & % 0.50/0.72 ~big_g(2, 9) & % 0.50/0.72 ~big_g(2, 10) & % 0.50/0.72 ~big_g(3, 0) & % 0.50/0.72 big_g(3, 1) & % 0.50/0.72 big_g(3, 2) & % 0.50/0.72 big_g(3, 3) & % 0.50/0.72 ~big_g(3, 4) & % 0.50/0.72 big_g(3, 5) & % 0.50/0.72 big_g(3, 6) & % 0.50/0.72 big_g(3, 7) & % 0.50/0.72 big_g(3, 8) & % 0.50/0.72 ~big_g(3, 9) & % 0.50/0.72 ~big_g(3, 10) & % 0.50/0.72 big_g(4, 0) & % 0.50/0.72 big_g(4, 1) & % 0.50/0.72 ~big_g(4, 2) & % 0.50/0.72 ~big_g(4, 3) & % 0.50/0.72 big_g(4, 4) & % 0.50/0.72 ~big_g(4, 5) & % 0.50/0.72 ~big_g(4, 6) & % 0.50/0.72 big_g(4, 7) & % 0.50/0.72 big_g(4, 8) & % 0.50/0.72 big_g(4, 9) & % 0.50/0.72 big_g(4, 10) & % 0.50/0.72 ~big_g(5, 0) & % 0.50/0.72 ~big_g(5, 1) & % 0.50/0.72 big_g(5, 2) & % 0.50/0.72 big_g(5, 3) & % 0.50/0.72 ~big_g(5, 4) & % 0.50/0.72 big_g(5, 5) & % 0.50/0.72 big_g(5, 6) & % 0.50/0.72 ~big_g(5, 7) & % 0.50/0.72 ~big_g(5, 8) & % 0.50/0.72 ~big_g(5, 9) & % 0.50/0.72 big_g(5, 10) & % 0.50/0.72 ~big_g(6, 0) & % 0.50/0.72 big_g(6, 1) & % 0.50/0.72 ~big_g(6, 2) & % 0.50/0.72 big_g(6, 3) & % 0.50/0.72 ~big_g(6, 4) & % 0.50/0.72 big_g(6, 5) & % 0.50/0.72 big_g(6, 6) & % 0.50/0.72 ~big_g(6, 7) & % 0.50/0.72 big_g(6, 8) & % 0.50/0.72 big_g(6, 9) & % 0.50/0.72 ~big_g(6, 10) & % 0.50/0.72 big_g(7, 0) & % 0.50/0.72 big_g(7, 1) & % 0.50/0.72 big_g(7, 2) & % 0.50/0.72 big_g(7, 3) & % 0.50/0.72 big_g(7, 4) & % 0.50/0.72 big_g(7, 5) & % 0.50/0.72 ~big_g(7, 6) & % 0.50/0.72 big_g(7, 7) & % 0.50/0.72 big_g(7, 8) & % 0.50/0.72 ~big_g(7, 9) & % 0.50/0.72 big_g(7, 10) & % 0.50/0.72 big_g(8, 0) & % 0.50/0.72 ~big_g(8, 1) & % 0.50/0.72 big_g(8, 2) & % 0.50/0.72 big_g(8, 3) & % 0.50/0.72 big_g(8, 4) & % 0.50/0.72 big_g(8, 5) & % 0.50/0.72 big_g(8, 6) & % 0.50/0.72 big_g(8, 7) & % 0.50/0.72 ~big_g(8, 8) & % 0.50/0.72 big_g(8, 9) & % 0.50/0.72 ~big_g(8, 10) & % 0.50/0.72 big_g(9, 0) & % 0.50/0.72 big_g(9, 1) & % 0.50/0.72 ~big_g(9, 2) & % 0.50/0.72 ~big_g(9, 3) & % 0.50/0.72 big_g(9, 4) & % 0.50/0.72 big_g(9, 5) & % 0.50/0.72 big_g(9, 6) & % 0.50/0.72 ~big_g(9, 7) & % 0.50/0.72 big_g(9, 8) & % 0.50/0.72 big_g(9, 9) & % 0.50/0.72 big_g(9, 10) & % 0.50/0.72 big_g(10, 0) & % 0.50/0.72 ~big_g(10, 1) & % 0.50/0.72 ~big_g(10, 2) & % 0.50/0.72 ~big_g(10, 3) & % 0.50/0.72 big_g(10, 4) & % 0.50/0.72 big_g(10, 5) & % 0.50/0.72 ~big_g(10, 6) & % 0.50/0.72 big_g(10, 7) & % 0.50/0.72 ~big_g(10, 8) & % 0.50/0.72 big_g(10, 9) & % 0.50/0.72 big_g(10, 10)). % 0.50/0.72 fof(interp, fi_functors, esk1_2(0, 0) = 1 & esk1_2(0, 1) = 3 & esk1_2(0, 2) = 6 & % 0.50/0.72 esk1_2(0, 3) = 5 & % 0.50/0.72 esk1_2(0, 4) = 0 & % 0.50/0.72 esk1_2(0, 5) = 3 & % 0.50/0.72 esk1_2(0, 6) = 1 & % 0.50/0.72 esk1_2(0, 7) = 0 & % 0.50/0.72 esk1_2(0, 8) = 0 & % 0.50/0.72 esk1_2(0, 9) = 0 & % 0.50/0.72 esk1_2(0, 10) = 0 & % 0.50/0.72 esk1_2(1, 0) = 2 & % 0.50/0.72 esk1_2(1, 1) = 2 & % 0.50/0.72 esk1_2(1, 2) = 5 & % 0.50/0.72 esk1_2(1, 3) = 5 & % 0.50/0.72 esk1_2(1, 4) = 2 & % 0.50/0.72 esk1_2(1, 5) = 3 & % 0.50/0.72 esk1_2(1, 6) = 8 & % 0.50/0.72 esk1_2(1, 7) = 3 & % 0.50/0.72 esk1_2(1, 8) = 3 & % 0.50/0.72 esk1_2(1, 9) = 2 & % 0.50/0.72 esk1_2(1, 10) = 5 & % 0.50/0.72 esk1_2(2, 0) = 2 & % 0.50/0.72 esk1_2(2, 1) = 4 & % 0.50/0.72 esk1_2(2, 2) = 5 & % 0.50/0.72 esk1_2(2, 3) = 2 & % 0.50/0.72 esk1_2(2, 4) = 1 & % 0.50/0.72 esk1_2(2, 5) = 9 & % 0.50/0.72 esk1_2(2, 6) = 5 & % 0.50/0.72 esk1_2(2, 7) = 9 & % 0.50/0.72 esk1_2(2, 8) = 10 & % 0.50/0.72 esk1_2(2, 9) = 4 & % 0.50/0.72 esk1_2(2, 10) = 5 & % 0.50/0.72 esk1_2(3, 0) = 1 & % 0.50/0.72 esk1_2(3, 1) = 9 & % 0.50/0.72 esk1_2(3, 2) = 10 & % 0.50/0.72 esk1_2(3, 3) = 6 & % 0.50/0.72 esk1_2(3, 4) = 1 & % 0.50/0.72 esk1_2(3, 5) = 0 & % 0.50/0.72 esk1_2(3, 6) = 10 & % 0.50/0.72 esk1_2(3, 7) = 0 & % 0.50/0.72 esk1_2(3, 8) = 0 & % 0.50/0.72 esk1_2(3, 9) = 4 & % 0.50/0.72 esk1_2(3, 10) = 4 & % 0.50/0.72 esk1_2(4, 0) = 3 & % 0.50/0.72 esk1_2(4, 1) = 2 & % 0.50/0.72 esk1_2(4, 2) = 5 & % 0.50/0.72 esk1_2(4, 3) = 5 & % 0.50/0.72 esk1_2(4, 4) = 2 & % 0.50/0.72 esk1_2(4, 5) = 5 & % 0.50/0.72 esk1_2(4, 6) = 5 & % 0.50/0.72 esk1_2(4, 7) = 0 & % 0.50/0.72 esk1_2(4, 8) = 0 & % 0.50/0.72 esk1_2(4, 9) = 0 & % 0.50/0.72 esk1_2(4, 10) = 0 & % 0.50/0.72 esk1_2(5, 0) = 1 & % 0.50/0.72 esk1_2(5, 1) = 4 & % 0.50/0.72 esk1_2(5, 2) = 8 & % 0.50/0.72 esk1_2(5, 3) = 0 & % 0.50/0.72 esk1_2(5, 4) = 4 & % 0.50/0.72 esk1_2(5, 5) = 0 & % 0.50/0.72 esk1_2(5, 6) = 8 & % 0.50/0.72 esk1_2(5, 7) = 4 & % 0.50/0.72 esk1_2(5, 8) = 4 & % 0.50/0.72 esk1_2(5, 9) = 4 & % 0.50/0.72 esk1_2(5, 10) = 0 & % 0.50/0.72 esk1_2(6, 0) = 1 & % 0.50/0.72 esk1_2(6, 1) = 10 & % 0.50/0.72 esk1_2(6, 2) = 5 & % 0.50/0.72 esk1_2(6, 3) = 2 & % 0.50/0.72 esk1_2(6, 4) = 4 & % 0.50/0.72 esk1_2(6, 5) = 9 & % 0.50/0.72 esk1_2(6, 6) = 9 & % 0.50/0.72 esk1_2(6, 7) = 4 & % 0.50/0.72 esk1_2(6, 8) = 10 & % 0.50/0.72 esk1_2(6, 9) = 7 & % 0.50/0.72 esk1_2(6, 10) = 5 & % 0.50/0.72 esk1_2(7, 0) = 3 & % 0.50/0.72 esk1_2(7, 1) = 9 & % 0.50/0.72 esk1_2(7, 2) = 8 & % 0.50/0.72 esk1_2(7, 3) = 9 & % 0.50/0.72 esk1_2(7, 4) = 6 & % 0.50/0.72 esk1_2(7, 5) = 3 & % 0.50/0.72 esk1_2(7, 6) = 5 & % 0.50/0.72 esk1_2(7, 7) = 3 & % 0.50/0.72 esk1_2(7, 8) = 3 & % 0.50/0.72 esk1_2(7, 9) = 4 & % 0.50/0.72 esk1_2(7, 10) = 0 & % 0.50/0.72 esk1_2(8, 0) = 3 & % 0.50/0.72 esk1_2(8, 1) = 1 & % 0.50/0.72 esk1_2(8, 2) = 8 & % 0.50/0.72 esk1_2(8, 3) = 10 & % 0.50/0.72 esk1_2(8, 4) = 3 & % 0.50/0.72 esk1_2(8, 5) = 3 & % 0.50/0.72 esk1_2(8, 6) = 8 & % 0.50/0.72 esk1_2(8, 7) = 3 & % 0.50/0.72 esk1_2(8, 8) = 4 & % 0.50/0.72 esk1_2(8, 9) = 0 & % 0.50/0.72 esk1_2(8, 10) = 4 & % 0.50/0.72 esk1_2(9, 0) = 3 & % 0.50/0.72 esk1_2(9, 1) = 2 & % 0.50/0.72 esk1_2(9, 2) = 5 & % 0.50/0.72 esk1_2(9, 3) = 5 & % 0.50/0.72 esk1_2(9, 4) = 3 & % 0.50/0.72 esk1_2(9, 5) = 3 & % 0.50/0.72 esk1_2(9, 6) = 8 & % 0.50/0.72 esk1_2(9, 7) = 4 & % 0.50/0.72 esk1_2(9, 8) = 10 & % 0.50/0.72 esk1_2(9, 9) = 10 & % 0.50/0.72 esk1_2(9, 10) = 3 & % 0.50/0.72 esk1_2(10, 0) = 3 & % 0.50/0.72 esk1_2(10, 1) = 4 & % 0.50/0.72 esk1_2(10, 2) = 5 & % 0.50/0.72 esk1_2(10, 3) = 5 & % 0.50/0.72 esk1_2(10, 4) = 3 & % 0.50/0.72 esk1_2(10, 5) = 7 & % 0.50/0.72 esk1_2(10, 6) = 5 & % 0.50/0.72 esk1_2(10, 7) = 6 & % 0.50/0.72 esk1_2(10, 8) = 4 & % 0.50/0.72 esk1_2(10, 9) = 0 & % 0.50/0.72 esk1_2(10, 10) = 7). % 0.50/0.72 % SZS output end FiniteModel for theBenchmark.p % 0.50/0.72 % 0 lemma(s) from E % 0.50/0.72 % 2 pred(s) % 0.50/0.72 % 1 func(s) % 0.50/0.72 % 1 sort(s) % 0.50/0.72 % 12 clause(s) % 0.50/0.72 % Instantiating 1 (13 ms) % 0.50/0.72 % Solving (14 ms) % 0.50/0.72 % Instantiating 2 (14 ms) % 0.50/0.72 % Solving (14 ms) % 0.50/0.72 % Instantiating 3 (14 ms) % 0.50/0.72 % Solving (14 ms) % 0.50/0.72 % Instantiating 4 (14 ms) % 0.50/0.72 % Solving (15 ms) % 0.50/0.72 % Instantiating 5 (15 ms) % 0.50/0.72 % Solving (17 ms) % 0.50/0.72 % Instantiating 6 (17 ms) % 0.50/0.72 % Solving (18 ms) % 0.50/0.72 % Instantiating 7 (19 ms) % 0.50/0.72 % Solving (21 ms) % 0.50/0.72 % Instantiating 8 (24 ms) % 0.50/0.72 % Solving (26 ms) % 0.50/0.72 % Instantiating 9 (34 ms) % 0.50/0.72 % Solving (36 ms) % 0.50/0.72 % Instantiating 10 (87 ms) % 0.50/0.72 % Solving (90 ms) % 0.50/0.72 % Instantiating 11 (353 ms) % 0.50/0.72 % Solving (355 ms) % 0.50/0.72 % % 0.50/0.72 % 1 model found (360 ms) %------------------------------------------------------------------------------