0.00/0.02	% Problem  : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.00/0.03	% Command  : run_mrs /export/starexec/sandbox2/benchmark/theBenchmark.p 180
0.07/0.34	% Computer : n018.cluster.edu
0.07/0.34	% Model    : x86_64 x86_64
0.07/0.34	% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.07/0.34	% Memory   : 8046.5625MB
0.07/0.34	% OS       : Linux 6.8.0-71-generic
0.07/0.35	% CPULimit : 1440
0.07/0.35	% WCLimit  : 180
0.07/0.35	% DateTime : Mon Jul 27 09:52:22 UTC 2026
0.07/0.35	% CPUTime  : 
0.07/0.35	Running run_mrs /export/starexec/sandbox2/benchmark/theBenchmark.p 180
0.12/0.36	% Problem: theBenchmark (10 axioms, 1 conjectures, 0 cnf clauses)
0.12/0.37	% Auto schedule: chose portfolio 'casc_feq'
40.25/5.74	% SZS status Theorem for theBenchmark
40.25/5.74	% SZS output start Proof for theBenchmark
40.25/5.74	fof(c16, hypothesis, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (![X7]: (![X8]: (![X9]: (![X10]: (![X11]: ((((((((((((((((((organization(X1, X10) & class(X1, X3, X9)) & reorganization(X0, X9, X10)) & reorganization(X1, X9, X11)) & reorganization_type(X0, X2, X9)) & reorganization_type(X1, X2, X9)) & survival_chance(X1, X6, X10)) & complexity(X0, X7, X9)) & greater(X8, X7)) & complexity(X1, X8, X9)) & survival_chance(X0, X5, X10)) & survival_chance(X1, X4, X9)) & survival_chance(X0, X4, X9)) & class(X0, X3, X9)) & organization(X0, X10)) & organization(X1, X9)) & organization(X0, X9)) => (X5 = X6 | greater(X5, X6))))))))))))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', a11_FOL)).
40.25/5.74	fof(c17, plain, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (![X7]: (![X8]: (![X9]: (![X10]: (![X11]: ((((((((((((((((((~(organization(X1, X10)) | ~(class(X1, X3, X9))) | ~(reorganization(X0, X9, X10))) | ~(reorganization(X1, X9, X11))) | ~(reorganization_type(X0, X2, X9))) | ~(reorganization_type(X1, X2, X9))) | ~(survival_chance(X1, X6, X10))) | ~(complexity(X0, X7, X9))) | ~(greater(X8, X7))) | ~(complexity(X1, X8, X9))) | ~(survival_chance(X0, X5, X10))) | ~(survival_chance(X1, X4, X9))) | ~(survival_chance(X0, X4, X9))) | ~(class(X0, X3, X9))) | ~(organization(X0, X10))) | ~(organization(X1, X9))) | ~(organization(X0, X9))) | (X5 = X6 | greater(X5, X6))))))))))))))), inference(fof_nnf_transformation, [status(thm)], [c16])).
40.25/5.74	fof(c4, axiom, ![X0]: (![X1]: (![X2]: ((reorganization(X0, X1, X2) => greater(X2, X1))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', mp7)).
40.25/5.74	fof(c0, axiom, ![X0]: (![X1]: (![X2]: (![X3]: (((((organization(X0, X2) & greater(X3, X1)) & greater(X1, X2)) & organization(X0, X3)) => organization(X0, X1)))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', mp13)).
40.25/5.74	fof(c18, plain, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (((X5 = X6 | greater(X5, X6)) | ![X7]: (![X8]: (![X9]: (![X10]: (![X11]: (((((((((((((((((~(organization(X1, X10)) | ~(class(X1, X3, X9))) | ~(reorganization(X0, X9, X10))) | ~(reorganization(X1, X9, X11))) | ~(reorganization_type(X0, X2, X9))) | ~(reorganization_type(X1, X2, X9))) | ~(survival_chance(X1, X6, X10))) | ~(complexity(X0, X7, X9))) | ~(greater(X8, X7))) | ~(complexity(X1, X8, X9))) | ~(survival_chance(X0, X5, X10))) | ~(survival_chance(X1, X4, X9))) | ~(survival_chance(X0, X4, X9))) | ~(class(X0, X3, X9))) | ~(organization(X0, X10))) | ~(organization(X1, X9))) | ~(organization(X0, X9)))))))))))))))), inference(skolemisation, [status(esa)], [c17])).
40.25/5.74	fof(c12, hypothesis, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (((((((organization(X0, X3) & organization(X0, X4)) & survival_chance(X0, X1, X3)) & survival_chance(X0, X2, X4)) & greater(X4, X3)) & reorganization_free(X0, X3, X4)) => greater(X2, X1))))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', t3_FOL)).
40.25/5.74	fof(c5, plain, ![X0]: (![X1]: (![X2]: ((~(reorganization(X0, X1, X2)) | greater(X2, X1))))), inference(fof_nnf_transformation, [status(thm)], [c4])).
40.25/5.74	fof(c1, plain, ![X0]: (![X1]: (![X2]: (![X3]: (((((~(organization(X0, X2)) | ~(greater(X3, X1))) | ~(greater(X1, X2))) | ~(organization(X0, X3))) | organization(X0, X1)))))), inference(fof_nnf_transformation, [status(thm)], [c0])).
40.25/5.74	fof(c24, hypothesis, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (((((((((organization(X0, X3) & survival_chance(X0, X2, X4)) & ~(greater(X5, X3))) & ~(greater(X4, X6))) & greater(X4, X3)) & survival_chance(X0, X1, X3)) & reorganization(X0, X5, X6)) & organization(X0, X4)) => greater(X1, X2))))))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', t4_FOL)).
40.25/5.74	cnf(c19, plain, X5 = X6 | greater(X5, X6) | ~organization(X1, X10) | ~class(X1, X3, X9) | ~reorganization(X0, X9, X10) | ~reorganization(X1, X9, X11) | ~reorganization_type(X0, X2, X9) | ~reorganization_type(X1, X2, X9) | ~survival_chance(X1, X6, X10) | ~complexity(X0, X7, X9) | ~greater(X8, X7) | ~complexity(X1, X8, X9) | ~survival_chance(X0, X5, X10) | ~survival_chance(X1, X4, X9) | ~survival_chance(X0, X4, X9) | ~class(X0, X3, X9) | ~organization(X0, X10) | ~organization(X1, X9) | ~organization(X0, X9), inference(cnf_transformation, [status(thm)], [c18])).
40.25/5.74	cnf(c58, plain, class(sk_t5_FOL_0, sk_t5_FOL_3, sk_t5_FOL_9), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	fof(c13, plain, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (((((((~(organization(X0, X3)) | ~(organization(X0, X4))) | ~(survival_chance(X0, X1, X3))) | ~(survival_chance(X0, X2, X4))) | ~(greater(X4, X3))) | ~(reorganization_free(X0, X3, X4))) | greater(X2, X1))))))), inference(fof_nnf_transformation, [status(thm)], [c12])).
40.25/5.74	fof(c32, axiom, ![X0]: (![X1]: ((organization(X0, X1) => ?[X2]: (survival_chance(X0, X2, X1))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', mp12)).
40.25/5.74	fof(c6, plain, ![X0]: (![X1]: (![X2]: ((~(reorganization(X0, X1, X2)) | greater(X2, X1))))), inference(skolemisation, [status(esa)], [c5])).
40.25/5.74	fof(c2, plain, ![X0]: (![X1]: ((organization(X0, X1) | ![X2]: (![X3]: ((((~(organization(X0, X2)) | ~(greater(X3, X1))) | ~(greater(X1, X2))) | ~(organization(X0, X3)))))))), inference(skolemisation, [status(esa)], [c1])).
40.25/5.74	fof(c25, plain, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (((((((((~(organization(X0, X3)) | ~(survival_chance(X0, X2, X4))) | greater(X5, X3)) | greater(X4, X6)) | ~(greater(X4, X3))) | ~(survival_chance(X0, X1, X3))) | ~(reorganization(X0, X5, X6))) | ~(organization(X0, X4))) | greater(X1, X2))))))))), inference(fof_nnf_transformation, [status(thm)], [c24])).
40.25/5.74	cnf(c59, plain, organization(sk_t5_FOL_1, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c57, plain, survival_chance(sk_t5_FOL_0, sk_t5_FOL_4, sk_t5_FOL_9), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c346, plain, X5 = X6 | greater(X5, X6) | ~organization(X1, X10) | ~class(X1, sk_t5_FOL_3, sk_t5_FOL_9) | ~reorganization(sk_t5_FOL_0, sk_t5_FOL_9, X10) | ~reorganization(X1, sk_t5_FOL_9, X11) | ~reorganization_type(sk_t5_FOL_0, X2, sk_t5_FOL_9) | ~reorganization_type(X1, X2, sk_t5_FOL_9) | ~survival_chance(X1, X6, X10) | ~complexity(sk_t5_FOL_0, X7, sk_t5_FOL_9) | ~greater(X8, X7) | ~complexity(X1, X8, sk_t5_FOL_9) | ~survival_chance(sk_t5_FOL_0, X5, X10) | ~survival_chance(X1, X4, sk_t5_FOL_9) | ~survival_chance(sk_t5_FOL_0, X4, sk_t5_FOL_9) | ~organization(sk_t5_FOL_0, X10) | ~organization(X1, sk_t5_FOL_9), inference(resolution, [status(thm)], [c58, c19])).
40.25/5.74	fof(c14, plain, ![X0]: (![X1]: (![X2]: ((greater(X2, X1) | ![X3]: (![X4]: ((((((~(organization(X0, X3)) | ~(organization(X0, X4))) | ~(survival_chance(X0, X1, X3))) | ~(survival_chance(X0, X2, X4))) | ~(greater(X4, X3))) | ~(reorganization_free(X0, X3, X4))))))))), inference(skolemisation, [status(esa)], [c13])).
40.25/5.74	fof(c33, plain, ![X0]: (![X1]: ((~(organization(X0, X1)) | ?[X2]: (survival_chance(X0, X2, X1))))), inference(fof_nnf_transformation, [status(thm)], [c32])).
40.25/5.74	cnf(c7, plain, ~reorganization(X0, X1, X2) | greater(X2, X1), inference(cnf_transformation, [status(thm)], [c6])).
40.25/5.74	cnf(c46, plain, reorganization(sk_t5_FOL_0, sk_t5_FOL_9, sk_t5_FOL_10), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c3, plain, organization(X0, X1) | ~organization(X0, X2) | ~greater(X3, X1) | ~greater(X1, X2) | ~organization(X0, X3), inference(cnf_transformation, [status(thm)], [c2])).
40.25/5.74	cnf(c60, plain, organization(sk_t5_FOL_0, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	fof(c26, plain, ![X0]: (![X1]: (![X2]: ((greater(X1, X2) | ![X3]: (![X4]: (![X5]: (![X6]: ((((((((~(organization(X0, X3)) | ~(survival_chance(X0, X2, X4))) | greater(X5, X3)) | greater(X4, X6)) | ~(greater(X4, X3))) | ~(survival_chance(X0, X1, X3))) | ~(reorganization(X0, X5, X6))) | ~(organization(X0, X4))))))))))), inference(skolemisation, [status(esa)], [c25])).
40.25/5.74	cnf(c73, plain, organization(sk_t5_FOL_1, X1) | ~organization(sk_t5_FOL_1, X2) | ~greater(sk_t5_FOL_11, X1) | ~greater(X1, X2), inference(resolution, [status(thm)], [c59, c3])).
40.25/5.74	cnf(c56, plain, survival_chance(sk_t5_FOL_1, sk_t5_FOL_4, sk_t5_FOL_9), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c1874, plain, X5 = X6 | greater(X5, X6) | ~organization(X1, X10) | ~class(X1, sk_t5_FOL_3, sk_t5_FOL_9) | ~reorganization(sk_t5_FOL_0, sk_t5_FOL_9, X10) | ~reorganization(X1, sk_t5_FOL_9, X11) | ~reorganization_type(sk_t5_FOL_0, X2, sk_t5_FOL_9) | ~reorganization_type(X1, X2, sk_t5_FOL_9) | ~survival_chance(X1, X6, X10) | ~complexity(sk_t5_FOL_0, X7, sk_t5_FOL_9) | ~greater(X8, X7) | ~complexity(X1, X8, sk_t5_FOL_9) | ~survival_chance(sk_t5_FOL_0, X5, X10) | ~survival_chance(X1, sk_t5_FOL_4, sk_t5_FOL_9) | ~organization(sk_t5_FOL_0, X10) | ~organization(X1, sk_t5_FOL_9), inference(resolution, [status(thm)], [c346, c57])).
40.25/5.74	fof(c36, axiom, ![X0]: (![X1]: (![X2]: (((greater(X1, X2) & greater(X0, X1)) => greater(X0, X2))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', mp11)).
40.25/5.74	cnf(c15, plain, greater(X2, X1) | ~organization(X0, X3) | ~organization(X0, X4) | ~survival_chance(X0, X1, X3) | ~survival_chance(X0, X2, X4) | ~greater(X4, X3) | ~reorganization_free(X0, X3, X4), inference(cnf_transformation, [status(thm)], [c14])).
40.25/5.74	cnf(c54, plain, reorganization_free(sk_t5_FOL_0, sk_t5_FOL_10, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	fof(c34, plain, ![X0]: (![X1]: ((~(organization(X0, X1)) | survival_chance(X0, sk_mp12_0(X0, X1), X1)))), inference(skolemisation, [status(esa)], [c33])).
40.25/5.74	cnf(c85, plain, greater(sk_t5_FOL_10, sk_t5_FOL_9), inference(resolution, [status(thm)], [c46, c7])).
40.25/5.74	cnf(c75, plain, organization(sk_t5_FOL_0, X1) | ~organization(sk_t5_FOL_0, X2) | ~greater(sk_t5_FOL_11, X1) | ~greater(X1, X2), inference(resolution, [status(thm)], [c60, c3])).
40.25/5.74	cnf(c47, plain, reorganization(sk_t5_FOL_1, sk_t5_FOL_9, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c27, plain, greater(X1, X2) | ~organization(X0, X3) | ~survival_chance(X0, X2, X4) | greater(X5, X3) | greater(X4, X6) | ~greater(X4, X3) | ~survival_chance(X0, X1, X3) | ~reorganization(X0, X5, X6) | ~organization(X0, X4), inference(cnf_transformation, [status(thm)], [c26])).
40.25/5.74	cnf(c433, plain, organization(sk_t5_FOL_1, sk_t5_FOL_10), inference(resolution, [status(thm)], [c73, c85])).
40.25/5.74	cnf(c4011, plain, X5 = X6 | greater(X5, X6) | ~organization(sk_t5_FOL_1, X10) | ~reorganization(sk_t5_FOL_0, sk_t5_FOL_9, X10) | ~survival_chance(sk_t5_FOL_1, X6, X10) | ~survival_chance(sk_t5_FOL_0, X5, X10) | ~organization(sk_t5_FOL_0, X10), inference(resolution, [status(thm)], [c1874, c56])).
40.25/5.74	fof(c40, conjecture, ![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (![X7]: (![X8]: (![X9]: (![X10]: (![X11]: (((((((((((((((((((class(X1, X3, X9) & reorganization(X0, X9, X10)) & reorganization(X1, X9, X11)) & reorganization_type(X1, X2, X9)) & survival_chance(X1, X6, X11)) & complexity(X0, X7, X9)) & greater(X8, X7)) & complexity(X1, X8, X9)) & survival_chance(X0, X5, X11)) & reorganization_free(X0, X10, X11)) & reorganization_type(X0, X2, X9)) & survival_chance(X1, X4, X9)) & survival_chance(X0, X4, X9)) & class(X0, X3, X9)) & organization(X1, X11)) & organization(X0, X11)) & organization(X1, X9)) & organization(X0, X9)) => greater(X5, X6)))))))))))))), file('/export/starexec/sandbox2/benchmark/theBenchmark.p', t5_FOL)).
40.25/5.74	fof(c37, plain, ![X0]: (![X1]: (![X2]: (((~(greater(X1, X2)) | ~(greater(X0, X1))) | greater(X0, X2))))), inference(fof_nnf_transformation, [status(thm)], [c36])).
40.25/5.74	cnf(c53, plain, survival_chance(sk_t5_FOL_0, sk_t5_FOL_5, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c177, plain, greater(X2, X1) | ~survival_chance(sk_t5_FOL_0, X1, sk_t5_FOL_10) | ~survival_chance(sk_t5_FOL_0, X2, sk_t5_FOL_11), inference(resolution, [status(thm)], [c54, c15])).
40.25/5.74	cnf(c35, plain, ~organization(X0, X1) | survival_chance(X0, sk_mp12_0(X0, X1), X1), inference(cnf_transformation, [status(thm)], [c34])).
40.25/5.74	cnf(c459, plain, organization(sk_t5_FOL_0, sk_t5_FOL_10), inference(resolution, [status(thm)], [c75, c85])).
40.25/5.74	cnf(c379, plain, greater(X1, X2) | ~organization(sk_t5_FOL_1, X3) | ~survival_chance(sk_t5_FOL_1, X2, X4) | greater(sk_t5_FOL_9, X3) | greater(X4, sk_t5_FOL_11) | ~greater(X4, X3) | ~survival_chance(sk_t5_FOL_1, X1, X3) | ~organization(sk_t5_FOL_1, X4), inference(resolution, [status(thm)], [c27, c47])).
40.25/5.74	cnf(c446, plain, survival_chance(sk_t5_FOL_1, sk_mp12_0(sk_t5_FOL_1, sk_t5_FOL_10), sk_t5_FOL_10), inference(resolution, [status(thm)], [c433, c35])).
40.25/5.74	cnf(c6564, plain, sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10) = X6 | greater(sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), X6) | ~survival_chance(sk_t5_FOL_1, X6, sk_t5_FOL_10), inference(resolution, [status(thm)], [c4011, c489])).
40.25/5.74	fof(c41, negated_conjecture, ~(![X0]: (![X1]: (![X2]: (![X3]: (![X4]: (![X5]: (![X6]: (![X7]: (![X8]: (![X9]: (![X10]: (![X11]: (((((((((((((((((((class(X1, X3, X9) & reorganization(X0, X9, X10)) & reorganization(X1, X9, X11)) & reorganization_type(X1, X2, X9)) & survival_chance(X1, X6, X11)) & complexity(X0, X7, X9)) & greater(X8, X7)) & complexity(X1, X8, X9)) & survival_chance(X0, X5, X11)) & reorganization_free(X0, X10, X11)) & reorganization_type(X0, X2, X9)) & survival_chance(X1, X4, X9)) & survival_chance(X0, X4, X9)) & class(X0, X3, X9)) & organization(X1, X11)) & organization(X0, X11)) & organization(X1, X9)) & organization(X0, X9)) => greater(X5, X6))))))))))))))), inference(negated_conjecture, [status(cth)], [c40])).
40.25/5.74	fof(c38, plain, ![X0]: (![X1]: (![X2]: (((~(greater(X1, X2)) | ~(greater(X0, X1))) | greater(X0, X2))))), inference(skolemisation, [status(esa)], [c37])).
40.25/5.74	cnf(c449, plain, greater(sk_t5_FOL_5, X1) | ~survival_chance(sk_t5_FOL_0, X1, sk_t5_FOL_10), inference(resolution, [status(thm)], [c177, c53])).
40.25/5.74	cnf(c489, plain, survival_chance(sk_t5_FOL_0, sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), sk_t5_FOL_10), inference(resolution, [status(thm)], [c459, c35])).
40.25/5.74	cnf(c49, plain, survival_chance(sk_t5_FOL_1, sk_t5_FOL_6, sk_t5_FOL_11), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c2248, plain, greater(sk_mp12_0(sk_t5_FOL_1, sk_t5_FOL_10), X2) | ~survival_chance(sk_t5_FOL_1, X2, X4) | greater(X4, sk_t5_FOL_11) | ~greater(X4, sk_t5_FOL_10) | ~organization(sk_t5_FOL_1, X4), inference(resolution, [status(thm)], [c446, c379])).
40.25/5.74	cnf(c51140, plain, greater(sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), sk_mp12_0(sk_t5_FOL_1, sk_t5_FOL_10)), inference(resolution, [status(thm)], [c6564, c446])).
40.25/5.74	fof(c42, plain, ?[X0]: (?[X1]: (?[X2]: (?[X3]: (?[X4]: (?[X5]: (?[X6]: (?[X7]: (?[X8]: (?[X9]: (?[X10]: (?[X11]: (((((((((((((((((((class(X1, X3, X9) & reorganization(X0, X9, X10)) & reorganization(X1, X9, X11)) & reorganization_type(X1, X2, X9)) & survival_chance(X1, X6, X11)) & complexity(X0, X7, X9)) & greater(X8, X7)) & complexity(X1, X8, X9)) & survival_chance(X0, X5, X11)) & reorganization_free(X0, X10, X11)) & reorganization_type(X0, X2, X9)) & survival_chance(X1, X4, X9)) & survival_chance(X0, X4, X9)) & class(X0, X3, X9)) & organization(X1, X11)) & organization(X0, X11)) & organization(X1, X9)) & organization(X0, X9)) & ~(greater(X5, X6))))))))))))))), inference(fof_nnf_transformation, [status(thm)], [c41])).
40.25/5.74	cnf(c39, plain, ~greater(X1, X2) | ~greater(X0, X1) | greater(X0, X2), inference(cnf_transformation, [status(thm)], [c38])).
40.25/5.74	cnf(c509, plain, greater(sk_t5_FOL_5, sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10)), inference(resolution, [status(thm)], [c489, c449])).
40.25/5.74	cnf(c4577, plain, greater(sk_mp12_0(sk_t5_FOL_1, sk_t5_FOL_10), sk_t5_FOL_6), inference(resolution, [status(thm)], [c2248, c49])).
40.25/5.74	cnf(c51234, plain, ~greater(sk_mp12_0(sk_t5_FOL_1, sk_t5_FOL_10), X2) | greater(sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), X2), inference(resolution, [status(thm)], [c51140, c39])).
40.25/5.74	fof(c43, plain, (~(greater(sk_t5_FOL_5, sk_t5_FOL_6)) & (((((((((((((((((class(sk_t5_FOL_1, sk_t5_FOL_3, sk_t5_FOL_9) & reorganization(sk_t5_FOL_0, sk_t5_FOL_9, sk_t5_FOL_10)) & reorganization(sk_t5_FOL_1, sk_t5_FOL_9, sk_t5_FOL_11)) & reorganization_type(sk_t5_FOL_1, sk_t5_FOL_2, sk_t5_FOL_9)) & survival_chance(sk_t5_FOL_1, sk_t5_FOL_6, sk_t5_FOL_11)) & complexity(sk_t5_FOL_0, sk_t5_FOL_7, sk_t5_FOL_9)) & greater(sk_t5_FOL_8, sk_t5_FOL_7)) & complexity(sk_t5_FOL_1, sk_t5_FOL_8, sk_t5_FOL_9)) & survival_chance(sk_t5_FOL_0, sk_t5_FOL_5, sk_t5_FOL_11)) & reorganization_free(sk_t5_FOL_0, sk_t5_FOL_10, sk_t5_FOL_11)) & reorganization_type(sk_t5_FOL_0, sk_t5_FOL_2, sk_t5_FOL_9)) & survival_chance(sk_t5_FOL_1, sk_t5_FOL_4, sk_t5_FOL_9)) & survival_chance(sk_t5_FOL_0, sk_t5_FOL_4, sk_t5_FOL_9)) & class(sk_t5_FOL_0, sk_t5_FOL_3, sk_t5_FOL_9)) & organization(sk_t5_FOL_1, sk_t5_FOL_11)) & organization(sk_t5_FOL_0, sk_t5_FOL_11)) & organization(sk_t5_FOL_1, sk_t5_FOL_9)) & organization(sk_t5_FOL_0, sk_t5_FOL_9))), inference(skolemisation, [status(esa)], [c42])).
40.25/5.74	cnf(c513, plain, ~greater(sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), X2) | greater(sk_t5_FOL_5, X2), inference(resolution, [status(thm)], [c509, c39])).
40.25/5.74	cnf(c51521, plain, greater(sk_mp12_0(sk_t5_FOL_0, sk_t5_FOL_10), sk_t5_FOL_6), inference(resolution, [status(thm)], [c51234, c4577])).
40.25/5.74	cnf(c44, plain, ~greater(sk_t5_FOL_5, sk_t5_FOL_6), inference(cnf_transformation, [status(thm)], [c43])).
40.25/5.74	cnf(c54039, plain, greater(sk_t5_FOL_5, sk_t5_FOL_6), inference(resolution, [status(thm)], [c51521, c513])).
40.25/5.74	cnf(c55103, plain, $false, inference(subsumption_resolution, [status(thm)], [c54039, c44])).
40.25/5.74	% SZS output end Proof for theBenchmark
40.25/5.74	% ------------------------------
40.25/5.74	% Version: mrs 0.2.0
40.25/5.74	% Termination reason: Refutation
40.25/5.74	% Time elapsed: 5.380 s
40.25/5.74	% Peak memory usage: 2122 MB
40.25/5.74	% ------------------------------
40.25/5.74	% SZS detail strategies=8 result=Refutation processed=13030 generated=354721
40.25/5.75	EOF