TSTP Solution File: SYN513+1 by Prover9---1109a
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- Process Solution
%------------------------------------------------------------------------------
% File : Prover9---1109a
% Problem : SYN513+1 : TPTP v8.1.0. Released v2.1.0.
% Transfm : none
% Format : tptp:raw
% Command : tptp2X_and_run_prover9 %d %s
% Computer : n024.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 11:20:29 EDT 2022
% Result : Timeout 300.01s 300.32s
% Output : None
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.07/0.12 % Problem : SYN513+1 : TPTP v8.1.0. Released v2.1.0.
% 0.07/0.13 % Command : tptp2X_and_run_prover9 %d %s
% 0.12/0.34 % Computer : n024.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 : 300
% 0.12/0.34 % WCLimit : 600
% 0.12/0.34 % DateTime : Tue Jul 12 03:05:13 EDT 2022
% 0.12/0.34 % CPUTime :
% 0.99/1.31 ============================== Prover9 ===============================
% 0.99/1.31 Prover9 (32) version 2009-11A, November 2009.
% 0.99/1.31 Process 11400 was started by sandbox on n024.cluster.edu,
% 0.99/1.31 Tue Jul 12 03:05:14 2022
% 0.99/1.31 The command was "/export/starexec/sandbox/solver/bin/prover9 -t 300 -f /tmp/Prover9_11247_n024.cluster.edu".
% 0.99/1.31 ============================== end of head ===========================
% 0.99/1.31
% 0.99/1.31 ============================== INPUT =================================
% 0.99/1.31
% 0.99/1.31 % Reading from file /tmp/Prover9_11247_n024.cluster.edu
% 0.99/1.31
% 0.99/1.31 set(prolog_style_variables).
% 0.99/1.31 set(auto2).
% 0.99/1.31 % set(auto2) -> set(auto).
% 0.99/1.31 % set(auto) -> set(auto_inference).
% 0.99/1.31 % set(auto) -> set(auto_setup).
% 0.99/1.31 % set(auto_setup) -> set(predicate_elim).
% 0.99/1.31 % set(auto_setup) -> assign(eq_defs, unfold).
% 0.99/1.31 % set(auto) -> set(auto_limits).
% 0.99/1.31 % set(auto_limits) -> assign(max_weight, "100.000").
% 0.99/1.31 % set(auto_limits) -> assign(sos_limit, 20000).
% 0.99/1.31 % set(auto) -> set(auto_denials).
% 0.99/1.31 % set(auto) -> set(auto_process).
% 0.99/1.31 % set(auto2) -> assign(new_constants, 1).
% 0.99/1.31 % set(auto2) -> assign(fold_denial_max, 3).
% 0.99/1.31 % set(auto2) -> assign(max_weight, "200.000").
% 0.99/1.31 % set(auto2) -> assign(max_hours, 1).
% 0.99/1.31 % assign(max_hours, 1) -> assign(max_seconds, 3600).
% 0.99/1.31 % set(auto2) -> assign(max_seconds, 0).
% 0.99/1.31 % set(auto2) -> assign(max_minutes, 5).
% 0.99/1.31 % assign(max_minutes, 5) -> assign(max_seconds, 300).
% 0.99/1.31 % set(auto2) -> set(sort_initial_sos).
% 0.99/1.31 % set(auto2) -> assign(sos_limit, -1).
% 0.99/1.31 % set(auto2) -> assign(lrs_ticks, 3000).
% 0.99/1.31 % set(auto2) -> assign(max_megs, 400).
% 0.99/1.31 % set(auto2) -> assign(stats, some).
% 0.99/1.31 % set(auto2) -> clear(echo_input).
% 0.99/1.31 % set(auto2) -> set(quiet).
% 0.99/1.31 % set(auto2) -> clear(print_initial_clauses).
% 0.99/1.31 % set(auto2) -> clear(print_given).
% 0.99/1.31 assign(lrs_ticks,-1).
% 0.99/1.31 assign(sos_limit,10000).
% 0.99/1.31 assign(order,kbo).
% 0.99/1.31 set(lex_order_vars).
% 0.99/1.31 clear(print_given).
% 0.99/1.31
% 0.99/1.31 % formulas(sos). % not echoed (1 formulas)
% 0.99/1.31
% 0.99/1.31 ============================== end of input ==========================
% 0.99/1.31
% 0.99/1.31 % From the command line: assign(max_seconds, 300).
% 0.99/1.31
% 0.99/1.31 ============================== PROCESS NON-CLAUSAL FORMULAS ==========
% 0.99/1.31
% 0.99/1.31 % Formulas that are not ordinary clauses:
% 0.99/1.31 1 --((ndr1_0 & -c5_1(a775) & -c3_1(a775) & c1_1(a775) | -c4_0) & (c5_0 | ndr1_0 & ndr1_1(a776) & -c3_2(a776,a777) & c2_2(a776,a777) & -c1_2(a776,a777) & -c2_1(a776) & (all U (ndr1_1(a776) -> c5_2(a776,U) | -c3_2(a776,U))) | (all V (ndr1_0 -> -c2_1(V) | ndr1_1(V) & c3_2(V,a778) & c1_2(V,a778) & c4_2(V,a778) | (all W (ndr1_1(V) -> c1_2(V,W) | c3_2(V,W) | c5_2(V,W)))))) & (ndr1_0 & -c3_1(a779) & (all X (ndr1_1(a779) -> -c1_2(a779,X) | c2_2(a779,X) | c3_2(a779,X))) | c3_0 | ndr1_0 & (all Y (ndr1_1(a780) -> c2_2(a780,Y) | c3_2(a780,Y) | c1_2(a780,Y))) & c3_1(a780)) & (-c2_0 | c4_0) & (ndr1_0 & -c4_1(a781) & (all Z (ndr1_1(a781) -> -c2_2(a781,Z) | c4_2(a781,Z) | -c1_2(a781,Z))) | -c4_0 | (all X1 (ndr1_0 -> (all X2 (ndr1_1(X1) -> c1_2(X1,X2) | -c2_2(X1,X2) | c4_2(X1,X2))) | (all X3 (ndr1_1(X1) -> -c4_2(X1,X3) | -c2_2(X1,X3))) | c1_1(X1)))) & (-c1_0 | -c4_0 | (all X4 (ndr1_0 -> -c3_1(X4) | ndr1_1(X4) & -c2_2(X4,a782) & -c5_2(X4,a782) & -c1_2(X4,a782) | -c1_1(X4)))) & (c4_0 | -c1_0 | (all X5 (ndr1_0 -> -c5_1(X5) | c1_1(X5) | ndr1_1(X5) & -c4_2(X5,a783) & -c2_2(X5,a783) & -c3_2(X5,a783)))) & ((all X6 (ndr1_0 -> (all X7 (ndr1_1(X6) -> -c5_2(X6,X7) | c3_2(X6,X7) | -c4_2(X6,X7))) | -c5_1(X6) | (all X8 (ndr1_1(X6) -> -c5_2(X6,X8) | -c1_2(X6,X8))))) | (all X9 (ndr1_0 -> ndr1_1(X9) & c3_2(X9,a784) & c2_2(X9,a784) & -c1_2(X9,a784) | -c4_1(X9))) | (all X10 (ndr1_0 -> ndr1_1(X10) & c5_2(X10,a785) & -c2_2(X10,a785) & -c1_2(X10,a785) | c2_1(X10)))) & (ndr1_0 & (all X11 (ndr1_1(a786) -> c3_2(a786,X11) | -c1_2(a786,X11) | c5_2(a786,X11))) & (all X12 (ndr1_1(a786) -> c5_2(a786,X12) | c4_2(a786,X12) | -c2_2(a786,X12))) & -c4_1(a786) | (all X13 (ndr1_0 -> ndr1_1(X13) & -c4_2(X13,a787) & -c3_2(X13,a787) & c5_2(X13,a787) | ndr1_1(X13) & -c2_2(X13,a788) & c3_2(X13,a788) & c1_2(X13,a788) | c3_1(X13))) | ndr1_0 & -c5_1(a789) & ndr1_1(a789) & c5_2(a789,a790) & c1_2(a789,a790) & -c4_2(a789,a790) & c1_1(a789)) & ((all X14 (ndr1_0 -> (all X15 (ndr1_1(X14) -> c1_2(X14,X15) | c5_2(X14,X15) | c3_2(X14,X15))) | -c2_1(X14) | c5_1(X14))) | -c3_0 | c2_0) & ((all X16 (ndr1_0 -> (all X17 (ndr1_1(X16) -> c4_2(X16,X17) | -c5_2(X16,X17) | c2_2(X16,X17))) | ndr1_1(X16) & c4_2(X16,a791) & c3_2(X16,a791) & c1_2(X16,a791) | c5_1(X16))) | (all X18 (ndr1_0 -> -c2_1(X18) | c4_1(X18) | c1_1(X18))) | c2_0) & (c4_0 | -c2_0 | c1_0) & (ndr1_0 & ndr1_1(a792) & -c5_2(a792,a793) & c1_2(a792,a793) & c4_1(a792) & ndr1_1(a792) & -c4_2(a792,a794) & c3_2(a792,a794) & -c1_2(a792,a794) | ndr1_0 & (all X19 (ndr1_1(a795) -> -c2_2(a795,X19) | c1_2(a795,X19) | -c5_2(a795,X19))) & (all X20 (ndr1_1(a795) -> -c1_2(a795,X20) | c5_2(a795,X20) | c3_2(a795,X20))) & -c1_1(a795) | -c3_0) & (-c2_0 | -c4_0 | c3_0) & ((all X21 (ndr1_0 -> (all X22 (ndr1_1(X21) -> c4_2(X21,X22) | -c5_2(X21,X22) | c3_2(X21,X22))) | (all X23 (ndr1_1(X21) -> c3_2(X21,X23) | c2_2(X21,X23))) | -c3_1(X21))) | ndr1_0 & ndr1_1(a796) & -c5_2(a796,a797) & c2_2(a796,a797) & c1_2(a796,a797) & ndr1_1(a796) & -c2_2(a796,a798) & -c3_2(a796,a798) & -c2_1(a796)) & (c5_0 | (all X24 (ndr1_0 -> ndr1_1(X24) & c3_2(X24,a799) & c4_2(X24,a799) & -c1_2(X24,a799) | c4_1(X24))) | c4_0) & (c1_0 | ndr1_0 & c2_1(a800) & (all X25 (ndr1_1(a800) -> -c4_2(a800,X25) | -c1_2(a800,X25) | -c5_2(a800,X25))) & (all X26 (ndr1_1(a800) -> c5_2(a800,X26) | c2_2(a800,X26)))) & (ndr1_0 & ndr1_1(a801) & c5_2(a801,a802) & c1_2(a801,a802) & c4_2(a801,a802) & (all X27 (ndr1_1(a801) -> c5_2(a801,X27) | -c1_2(a801,X27) | -c3_2(a801,X27))) & c2_1(a801) | (all X28 (ndr1_0 -> -c4_1(X28) | c2_1(X28))) | (all X29 (ndr1_0 -> ndr1_1(X29) & c2_2(X29,a803) & -c5_2(X29,a803) & c4_2(X29,a803) | -c3_1(X29) | (all X30 (ndr1_1(X29) -> -c2_2(X29,X30) | -c4_2(X29,X30) | -c3_2(X29,X30)))))) & (-c3_0 | ndr1_0 & (all X31 (ndr1_1(a804) -> c1_2(a804,X31) | c3_2(a804,X31) | c4_2(a804,X31))) & c5_1(a804) | (all X32 (ndr1_0 -> ndr1_1(X32) & c2_2(X32,a805) & c4_2(X32,a805) & -c5_2(X32,a805) | -c4_1(X32)))) & ((all X33 (ndr1_0 -> ndr1_1(X33) & c5_2(X33,a806) & c2_2(X33,a806) & c4_2(X33,a806) | ndr1_1(X33) & -c3_2(X33,a807) & -c2_2(X33,a807) | ndr1_1(X33) & c5_2(X33,a808) & -c2_2(X33,a808) & c4_2(X33,a808))) | (all X34 (ndr1_0 -> -c2_1(X34) | -c3_1(X34) | ndr1_1(X34) & c5_2(X34,a809) & c3_2(X34,a809) & c1_2(X34,a809))) | c4_0) & ((all X35 (ndr1_0 -> -c5_1(X35) | c3_1(X35) | -c4_1(X35))) | -c5_0) & (c4_0 | ndr1_0 & c2_1(a810) & c4_1(a810) | c5_0) & ((all X36 (ndr1_0 -> -c3_1(X36) | c1_1(X36) | ndr1_1(X36) & -c2_2(X36,a811) & c3_2(X36,a811))) | ndr1_0 & -c3_1(a812) & ndr1_1(a812) & c3_2(a812,a813) & c1_2(a812,a813) & c2_2(a812,a813)) & ((all X37 (ndr1_0 -> -c5_1(X37) | -c4_1(X37))) | c3_0) & (-c1_0 | ndr1_0 & c3_1(a814) & c2_1(a814) | -c2_0) & (ndr1_0 & ndr1_1(a815) & c1_2(a815,a816) & c3_2(a815,a816) & -c5_2(a815,a816) & c3_1(a815) & -c5_1(a815) | c2_0 | c5_0) & (ndr1_0 & c4_1(a817) & c2_1(a817) | ndr1_0 & c3_1(a818) & ndr1_1(a818) & -c3_2(a818,a819) & -c2_2(a818,a819) & -c5_2(a818,a819) & (all X38 (ndr1_1(a818) -> -c1_2(a818,X38) | c4_2(a818,X38) | c5_2(a818,X38))) | ndr1_0 & ndr1_1(a820) & -c3_2(a820,a821) & c1_2(a820,a821) & -c5_2(a820,a821) & ndr1_1(a820) & -c5_2(a820,a822) & -c2_2(a820,a822)) & (ndr1_0 & (all X39 (ndr1_1(a823) -> -c3_2(a823,X39) | -c2_2(a823,X39) | c1_2(a823,X39))) & c5_1(a823) | c5_0 | -c2_0) & (c3_0 | (all X40 (ndr1_0 -> -c5_1(X40) | c4_1(X40))) | ndr1_0 & -c2_1(a824) & (all X41 (ndr1_1(a824) -> -c4_2(a824,X41) | -c1_2(a824,X41))) & -c4_1(a824)) & ((all X42 (ndr1_0 -> ndr1_1(X42) & c3_2(X42,a825) & -c2_2(X42,a825) & c1_2(X42,a825) | c1_1(X42) | -c2_1(X42))) | -c5_0 | (all X43 (ndr1_0 -> c1_1(X43) | ndr1_1(X43) & -c1_2(X43,a826) & -c2_2(X43,a826) & c5_2(X43,a826) | (all X44 (ndr1_1(X43) -> c5_2(X43,X44) | -c2_2(X43,X44) | c4_2(X43,X44)))))) & (-c1_0 | c3_0) & (ndr1_0 & -c5_1(a827) & (all X45 (ndr1_1(a827) -> c1_2(a827,X45) | -c2_2(a827,X45) | c5_2(a827,X45))) | (all X46 (ndr1_0 -> c4_1(X46) | (all X47 (ndr1_1(X46) -> -c3_2(X46,X47) | c5_2(X46,X47) | c4_2(X46,X47))) | (all X48 (ndr1_1(X46) -> c4_2(X46,X48) | -c2_2(X46,X48) | c1_2(X46,X48))))) | c2_0) & ((all X49 (ndr1_0 -> (all X50 (ndr1_1(X49) -> -c4_2(X49,X50) | -c1_2(X49,X50) | c2_2(X49,X50))) | c2_1(X49) | -c4_1(X49))) | c3_0 | -c2_0) & (-c4_0 | -c5_0) & ((all X51 (ndr1_0 -> c2_1(X51) | -c1_1(X51) | -c5_1(X51))) | c3_0 | ndr1_0 & (all X52 (ndr1_1(a828) -> c2_2(a828,X52) | c4_2(a828,X52))) & ndr1_1(a828) & -c1_2(a828,a829) & -c4_2(a828,a829) & (all X53 (ndr1_1(a828) -> c4_2(a828,X53) | c3_2(a828,X53) | -c5_2(a828,X53)))) & (c2_0 | ndr1_0 & c2_1(a830) & (all X54 (ndr1_1(a830) -> c2_2(a830,X54) | -c1_2(a830,X54) | -c3_2(a830,X54))) & (all X55 (ndr1_1(a830) -> c5_2(a830,X55) | c1_2(a830,X55)))) & (c4_0 | -c1_0 | (all X56 (ndr1_0 -> (all X57 (ndr1_1(X56) -> c3_2(X56,X57) | c1_2(X56,X57))) | -c1_1(X56) | (all X58 (ndr1_1(X56) -> c4_2(X56,X58) | c5_2(X56,X58) | c3_2(X56,X58)))))) & (ndr1_0 & c3_1(a831) & -c4_1(a831) | (all X59 (ndr1_0 -> ndr1_1(X59) & -c2_2(X59,a832) & -c1_2(X59,a832) & c3_2(X59,a832) | (all X60 (ndr1_1(X59) -> -c4_2(X59,X60) | c5_2(X59,X60))) | (all X61 (ndr1_1(X59) -> -c5_2(X59,X61) | -c2_2(X59,X61) | c3_2(X59,X61))))) | c2_0) & ((all X62 (ndr1_0 -> ndr1_1(X62) & c1_2(X62,a833) & -c5_2(X62,a833) & c3_2(X62,a833) | ndr1_1(X62) & -c2_2(X62,a834) & -c5_2(X62,a834) | (all X63 (ndr1_1(X62) -> c1_2(X62,X63) | -c3_2(X62,X63) | -c2_2(X62,X63))))) | c3_0) & (c5_0 | -c4_0 | (all X64 (ndr1_0 -> -c3_1(X64) | ndr1_1(X64) & -c5_2(X64,a835) & c1_2(X64,a835) & -c4_2(X64,a835)))) & (c5_0 | ndr1_0 & ndr1_1(a836) & c4_2(a836,a837) & -c1_2(a836,a837) & -c2_2(a836,a837) & c5_1(a836) & c1_1(a836) | ndr1_0 & (all X65 (ndr1_1(a838) -> c2_2(a838,X65) | -c4_2(a838,X65) | c3_2(a838,X65))) & -c4_1(a838)) & (-c5_0 | ndr1_0 & ndr1_1(a839) & c4_2(a839,a840) & -c5_2(a839,a840) & c2_2(a839,a840) & ndr1_1(a839) & -c2_2(a839,a841) & -c4_2(a839,a841) & (all X66 (ndr1_1(a839) -> c4_2(a839,X66) | -c5_2(a839,X66)))) & (-c2_0 | c3_0 | (all X67 (ndr1_0 -> -c2_1(X67) | c3_1(X67) | ndr1_1(X67) & c4_2(X67,a842) & c5_2(X67,a842) & -c2_2(X67,a842)))) & (c3_0 | (all X68 (ndr1_0 -> c3_1(X68) | c1_1(X68)))) & (-c5_0 | -c1_0) & (-c3_0 | ndr1_0 & c5_1(a843) & -c1_1(a843) | c4_0) & (-c4_0 | c5_0 | -c2_0) & (-c1_0 | -c5_0 | c4_0) & (-c2_0 | ndr1_0 & -c3_1(a844) | ndr1_0 & -c2_1(a845) & -c1_1(a845) & -c3_1(a845)) & (c3_0 | (all X69 (ndr1_0 -> -c3_1(X69) | -c1_1(X69) | (all X70 (ndr1_1(X69) -> c3_2(X69,X70) | c5_2(X69,X70) | c4_2(X69,X70))))) | (all X71 (ndr1_0 -> ndr1_1(X71) & c4_2(X71,a846) & c5_2(X71,a846) & c3_2(X71,a846) | c3_1(X71) | -c1_1(X71)))) & ((all X72 (ndr1_0 -> ndr1_1(X72) & c3_2(X72,a847) & -c4_2(X72,a847) | ndr1_1(X72) & -c5_2(X72,a848) & c3_2(X72,a848) & -c4_2(X72,a848) | -c2_1(X72))) | (all X73 (ndr1_0 -> (all X74 (ndr1_1(X73) -> -c4_2(X73,X74) | -c5_2(X73,X74))) | -c1_1(X73))) | -c2_0) & (ndr1_0 & -c5_1(a849) & ndr1_1(a849) & -c3_2(a849,a850) & -c4_2(a849,a850) & c1_2(a849,a850) & ndr1_1(a849) & c1_2(a849,a851) & -c5_2(a849,a851) | ndr1_0 & (all X75 (ndr1_1(a852) -> c1_2(a852,X75) | -c4_2(a852,X75) | -c5_2(a852,X75))) & c1_1(a852) | -c5_0) & (ndr1_0 & (all X76 (ndr1_1(a853) -> -c1_2(a853,X76) | c2_2(a853,X76))) & ndr1_1(a853) & c3_2(a853,a854) & c2_2(a853,a854) & (all X77 (ndr1_1(a853) -> -c1_2(a853,X77) | c3_2(a853,X77) | c5_2(a853,X77))) | -c5_0) & ((all X78 (ndr1_0 -> -c2_1(X78) | c5_1(X78) | -c3_1(X78))) | c3_0 | ndr1_0 & ndr1_1(a855) & c1_2(a855,a856) & c5_2(a855,a856) & c2_2(a855,a856) & -c1_1(a855) & (all X79 (ndr1_1(a855) -> c2_2(a855,X79) | -c5_2(a855,X79) | -c1_2(a855,X79)))) & (c1_0 | -c4_0 | (all X80 (ndr1_0 -> -c5_1(X80) | ndr1_1(X80) & -c4_2(X80,a857) & c2_2(X80,a857) & -c5_2(X80,a857) | c2_1(X80)))) & (ndr1_0 & c5_1(a858) & ndr1_1(a858) & -c1_2(a858,a859) & c3_2(a858,a859) & c2_2(a858,a859) | c1_0) & (ndr1_0 & c2_1(a860) & (all X81 (ndr1_1(a860) -> -c4_2(a860,X81) | -c2_2(a860,X81) | -c1_2(a860,X81))) | ndr1_0 & -c2_1(a861) & -c1_1(a861) & ndr1_1(a861) & c3_2(a861,a862) & c1_2(a861,a862) | -c4_0) & ((all X82 (ndr1_0 -> -c5_1(X82) | c3_1(X82))) | ndr1_0 & (all X83 (ndr1_1(a863) -> c3_2(a863,X83) | c4_2(a863,X83))) & c5_1(a863) & -c1_1(a863) | (all X84 (ndr1_0 -> c3_1(X84) | -c4_1(X84) | c2_1(X84)))) & (-c1_0 | ndr1_0 & -c4_1(a864) & ndr1_1(a864) & c1_2(a864,a865) & c2_2(a864,a865) & c4_2(a864,a865)) & (-c5_0 | (all X85 (ndr1_0 -> -c5_1(X85) | ndr1_1(X85) & c3_2(X85,a866) & -c2_2(X85,a866) | (all X86 (ndr1_1(X85) -> -c3_2(X85,X86) | c2_2(X85,X86) | c1_2(X85,X86)))))) & (c4_0 | c5_0) & (-c5_0 | -c3_0 | ndr1_0 & ndr1_1(a867) & -c3_2(a867,a868) & c5_2(a867,a868) & (all X87 (ndr1_1(a867) -> c5_2(a867,X87) | c3_2(a867,X87) | -c4_2(a867,X87))) & ndr1_1(a867) & c2_2(a867,a869) & -c4_2(a867,a869) & c3_2(a867,a869)) & ((all X88 (ndr1_0 -> -c1_1(X88) | ndr1_1(X88) & c1_2(X88,a870) & -c4_2(X88,a870) & -c3_2(X88,a870) | -c2_1(X88))) | -c1_0) & ((all X89 (ndr1_0 -> ndr1_1(X89) & c3_2(X89,a871) & c5_2(X89,a871) | ndr1_1(X89) & -c5_2(X89,a872) & -c4_2(X89,a872) & c3_2(X89,a872))) | c4_0 | -c5_0) & (-c1_0 | ndr1_0 & c3_1(a873) & ndr1_1(a873) & -c3_2(a873,a874) & c5_2(a873,a874) & -c1_2(a873,a874)) & (c3_0 | ndr1_0 & -c4_1(a875) & c2_1(a875) & (all X90 (ndr1_1(a875) -> -c1_2(a875,X90) | -c4_2(a875,X90)))) & (c2_0 | -c4_0) & (-c2_0 | (all X91 (ndr1_0 -> ndr1_1(X91) & -c2_2(X91,a876) & c5_2(X91,a876) & c3_2(X91,a876) | ndr1_1(X91) & c2_2(X91,a877) & c4_2(X91,a877) & c1_2(X91,a877) | c3_1(X91))) | (all X92 (ndr1_0 -> -c5_1(X92) | -c4_1(X92) | ndr1_1(X92) & -c3_2(X92,a878) & c5_2(X92,a878) & c2_2(X92,a878)))) & (c3_0 | -c5_0 | -c1_0) & (-c2_0 | -c1_0) & (c3_0 | ndr1_0 & ndr1_1(a879) & -c3_2(a879,a880) & -c4_2(a879,a880) & c2_1(a879) & (all X93 (ndr1_1(a879) -> c2_2(a879,X93) | -c1_2(a879,X93) | -c4_2(a879,X93))) | -c4_0) & (c1_0 | (all X94 (ndr1_0 -> -c4_1(X94) | c2_1(X94) | -c3_1(X94)))) & (c1_0 | c5_0 | (all X95 (ndr1_0 -> ndr1_1(X95) & c2_2(X95,a881) & -c5_2(X95,a881) | ndr1_1(X95) & -c3_2(X95,a882) & -c2_2(X95,a882) & c5_2(X95,a882) | c1_1(X95)))) & ((all X96 (ndr1_0 -> (all X97 (ndr1_1(X96) -> -c3_2(X96,X97) | c5_2(X96,X97) | c2_2(X96,X97))) | c5_1(X96) | (all X98 (ndr1_1(X96) -> c5_2(X96,X98) | c3_2(X96,X98) | c1_2(X96,X98))))) | c4_0 | c3_0) & ((all X99 (ndr1_0 -> c5_1(X99) | ndr1_1(X99) & -c2_2(X99,a883) & c1_2(X99,a883) & c3_2(X99,a883) | ndr1_1(X99) & c4_2(X99,a884) & -c2_2(X99,a884) & -c3_2(X99,a884))) | (all X100 (ndr1_0 -> -c4_1(X100) | (all X101 (ndr1_1(X100) -> -c5_2(X100,X101) | c1_2(X100,X101) | c4_2(X100,X101))) | c3_1(X100))) | c1_0) & (-c1_0 | c3_0 | ndr1_0 & (all X102 (ndr1_1(a885) -> -c1_2(a885,X102) | -c3_2(a885,X102))) & -c5_1(a885)) & ((all X103 (ndr1_0 -> (all X104 (ndr1_1(X103) -> -c2_2(X103,X104) | c5_2(X103,X104))) | ndr1_1(X103) & c4_2(X103,a886) & c5_2(X103,a886))) | -c5_0) & (ndr1_0 & ndr1_1(a887) & -c4_2(a887,a888) & c1_2(a887,a888) & c3_2(a887,a888) & c5_1(a887) | (all X105 (ndr1_0 -> -c1_1(X105) | ndr1_1(X105) & c2_2(X105,a889) & -c4_2(X105,a889) & c3_2(X105,a889) | ndr1_1(X105) & c4_2(X105,a890) & c2_2(X105,a890) & c3_2(X105,a890))) | ndr1_0 & (all X106 (ndr1_1(a891) -> -c1_2(a891,X106) | -c5_2(a891,X106) | -c4_2(a891,X106))) & -c3_1(a891) & (all X107 (ndr1_1(a891) -> -c5_2(a891,X107) | c3_2(a891,X107)))) & (c5_0 | (all X108 (ndr1_0 -> -c3_1(X108) | c1_1(X108)))) & (ndr1_0 & (all X109 (ndr1_1(a892) -> c1_2(a892,X109) | c3_2(a892,X109) | -c2_2(a892,X109))) & c5_1(a892) & -c4_1(a892) | ndr1_0 & (all X110 (ndr1_1(a893) -> c1_2(a893,X110) | c4_2(a893,X110))) & -c5_1(a893) & (all X111 (ndr1_1(a893) -> c4_2(a893,X111) | -c5_2(a893,X111))) | ndr1_0 & -c2_1(a894) & c4_1(a894) & ndr1_1(a894) & -c5_2(a894,a895) & c3_2(a894,a895) & -c1_2(a894,a895)) & (c5_0 | (all X112 (ndr1_0 -> ndr1_1(X112) & -c5_2(X112,a896) & c3_2(X112,a896) & -c2_2(X112,a896) | (all X113 (ndr1_1(X112) -> c3_2(X112,X113) | -c4_2(X112,X113) | c1_2(X112,X113))) | c5_1(X112))))) # label(co1) # label(negated_conjecture) # label(non_clause). [assumption].
% 1.21/1.50
% 1.21/1.50 ============================== end of process non-clausal formulas ===
% 1.21/1.50
% 1.21/1.50 ============================== PROCESS INITIAL CLAUSES ===============
% 1.21/1.50
% 1.21/1.50 ============================== PREDICATE ELIMINATION =================
% 1.21/1.50
% 1.21/1.50 ============================== end predicate elimination =============
% 1.21/1.50
% 1.21/1.50 Auto_denials: (non-Horn, no changes).
% 1.21/1.50
% 1.21/1.50 Term ordering decisions:
% 1.21/1.50 Function symbol KB weights: a786=1. a891=1. a789=1. a787=1. a788=1. a887=1. a889=1. a890=1. a893=1. a818=1. a892=1. a79Cputime limit exceeded (core dumped)
%------------------------------------------------------------------------------