0.04/0.13	% Problem    : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.13/0.14	% Command    : eprover-ho %s --delete-bad-limit=2000000000 --definitional-cnf=24 -s --print-statistics -R --print-version --free-numbers -auto-schedule -p --cpu-limit=%d --neg-ext=all --pos-ext=all --ext-sup-max-depth=2 --schedule-kind=CASC
0.15/0.36	% Computer   : n014.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   : 1200
0.15/0.36	% WCLimit    : 120
0.15/0.36	% DateTime   : Tue Jul 13 15:35:04 EDT 2021
0.15/0.36	% CPUTime    : 
0.15/0.36	% Number of cores: 8
0.15/0.37	% Python version: Python 3.6.8
0.15/0.37	# Version: 2.6rc1-ho
0.22/0.38	# No SInE strategy applied
0.22/0.38	# Trying AutoSched0 for 59 seconds
0.93/1.09	# AutoSched0-Mode selected heuristic SAT001_MinMin_x000000_rr
0.93/1.09	# and selection function SelectMaxLComplexAvoidPosPred.
0.93/1.09	#
0.93/1.09	# Preprocessing time       : 0.308 s
0.93/1.09	# Presaturation interreduction done
0.93/1.09	
0.93/1.09	# Proof found!
0.93/1.09	# SZS status Theorem
0.93/1.09	# SZS output start CNFRefutation
0.93/1.09	thf(ax13, axiom, (c_not)=(^[X151:$o]:(X151=>c_False)), file('/export/starexec/sandbox/benchmark/theBenchmark.p', ax13)).
0.93/1.09	thf(conj, conjecture, c_not @ (![X78:$i > $i > $o, X79:$i > $i > $i, X80:$i > $o, X81:$i > $o, X82:$i > $i, X83:$i, X16:$i, X17:$i]:c_and @ ((X16)=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))) @ (?[X18:$i]:X81 @ (X82 @ X83))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', conj)).
0.93/1.09	thf(ax14, axiom, (c_and)=(^[X8:$o, X9:$o]:![X10:$o]:(X10<=((X9=>X10)<=X8))), file('/export/starexec/sandbox/benchmark/theBenchmark.p', ax14)).
0.93/1.09	thf(c_0_3, plain, (epred56_0<=>(![X78:$i > $i > $o, X79:$i > $i > $i, X80:$i > $o, X81:$i > $o, X82:$i > $i, X83:$i, X16:$i, X17:$i]:(((X16)!=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $true @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $true @ $false)))&((X16)=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $false @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $false @ $false))))|c_not @ $false)), introduced(definition)).
0.93/1.09	thf(c_0_4, plain, ((![X78:$i > $i > $o, X79:$i > $i > $i, X80:$i > $o, X81:$i > $o, X82:$i > $i, X83:$i, X16:$i, X17:$i]:(((X16)!=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $true @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $true @ $false)))&((X16)=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $false @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $false @ $false))))|c_not @ $false)=>epred56_0), inference(split_equiv,[status(thm)],[c_0_3])).
0.93/1.09	thf(c_0_5, plain, ![X151:$o]:(c_not @ X151<=>(X151=>c_False)), inference(fof_simplification,[status(thm)],[ax13])).
0.93/1.09	thf(c_0_6, negated_conjecture, ~(((~(![X78:$i > $i > $o, X79:$i > $i > $i, X80:$i > $o, X81:$i > $o, X82:$i > $i, X83:$i, X16:$i, X17:$i]:(((X16)!=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $true @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $true @ $false)))&((X16)=(X79 @ (X79 @ X83 @ (X79 @ X17 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X83 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X83) @ (X79 @ (X79 @ X17 @ (X79 @ X16 @ (X79 @ X16 @ X16))) @ X83))) @ (X79 @ (X82 @ (X79 @ (X79 @ (X82 @ X17) @ X83) @ (X79 @ X83 @ X83))) @ (X79 @ X16 @ (X79 @ X16 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X83 @ (X79 @ (X82 @ X16) @ X17)) @ (X82 @ (X79 @ X17 @ X83)))) @ X16) @ (X82 @ (X79 @ (X79 @ X17 @ (X79 @ X83 @ (X79 @ (X82 @ (X79 @ X83 @ X17)) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ (X82 @ X83) @ X16)) @ X16) @ (X82 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ (X79 @ (X79 @ X16 @ (X79 @ (X79 @ X17 @ X83) @ X17)) @ X16)) @ X17) @ (X79 @ X17 @ (X79 @ X83 @ X83))) @ X16))))))))))))) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X16 @ (X79 @ X83 @ X83)) @ (X82 @ (X82 @ (X79 @ X17 @ (X82 @ (X82 @ (X79 @ X17 @ X83))))))) @ X83) @ X16) @ (X79 @ X16 @ X17)))) @ X83) @ X83) @ (X82 @ X16)))) @ (X79 @ (X79 @ (X82 @ (X79 @ (X82 @ (X79 @ (X79 @ (X79 @ (X79 @ X17 @ (X79 @ (X82 @ (X82 @ (X79 @ (X79 @ X83 @ X16) @ X17))) @ (X82 @ (X79 @ X83 @ X83)))) @ X83) @ (X82 @ X83)) @ (X79 @ (X79 @ (X79 @ (X79 @ (X79 @ X83 @ X17) @ (X82 @ (X82 @ (X82 @ X17)))) @ X17) @ X16) @ X83))) @ (X79 @ (X79 @ (X79 @ X16 @ X83) @ (X82 @ X16)) @ X16))) @ X17) @ X16))|((~(?[X18:$i]:X81 @ (X82 @ X83))|c_and @ $false @ $true)&(?[X18:$i]:X81 @ (X82 @ X83)|c_and @ $false @ $false)))))|c_not @ $true)&epred56_0)), inference(apply_def,[status(thm)],[inference(fool_unroll,[status(thm)],[inference(assume_negation,[status(cth)],[conj])]), c_0_3])).
0.93/1.09	thf(c_0_7, plain, (((((esk182_0)!=(esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ esk182_0))) @ esk181_0))) @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk180_0 @ esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk183_0)) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ esk182_0)) @ esk182_0) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ esk181_0) @ esk183_0)) @ esk182_0)) @ esk183_0) @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ esk181_0))) @ esk182_0))))))))))))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk181_0 @ esk181_0)) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0))))))) @ esk181_0) @ esk182_0) @ (esk179_0 @ esk182_0 @ esk183_0)))) @ esk181_0) @ esk181_0) @ (esk180_0 @ esk182_0)))) @ (esk179_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk182_0) @ esk183_0))) @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk181_0)))) @ esk181_0) @ (esk180_0 @ esk181_0)) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk183_0) @ (esk180_0 @ (esk180_0 @ (esk180_0 @ esk183_0)))) @ esk183_0) @ esk182_0) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ esk181_0) @ (esk180_0 @ esk182_0)) @ esk182_0))) @ esk183_0) @ esk182_0))|(esk182_0)=(esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ esk182_0))) @ esk181_0))) @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk180_0 @ esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ 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esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk183_0)) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ esk182_0)) @ esk182_0) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ esk181_0) @ esk183_0)) @ esk182_0)) @ esk183_0) @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ esk181_0))) @ esk182_0))))))))))))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk181_0 @ esk181_0)) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0))))))) @ esk181_0) @ esk182_0) @ (esk179_0 @ esk182_0 @ esk183_0)))) @ esk181_0) @ esk181_0) @ (esk180_0 @ esk182_0)))) @ (esk179_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk182_0) @ esk183_0))) @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk181_0)))) @ esk181_0) @ (esk180_0 @ esk181_0)) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk183_0) @ (esk180_0 @ (esk180_0 @ (esk180_0 @ esk183_0)))) @ esk183_0) @ esk182_0) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ esk181_0) @ (esk180_0 @ esk182_0)) @ esk182_0))) @ esk183_0) @ esk182_0))|(~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(((~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0)|(~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(~c_and @ $false @ $false|epred187_0 @ (esk180_0 @ esk181_0)|(~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0))&((~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $false @ $true|(~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(~c_and @ $false @ $false|~c_and @ $false @ $true|(~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0))))&(((esk182_0)!=(esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ esk182_0))) @ esk181_0))) @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk180_0 @ esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk183_0)) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ esk182_0)) @ esk182_0) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ esk181_0) @ esk183_0)) @ esk182_0)) @ esk183_0) @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ esk181_0))) @ esk182_0))))))))))))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk181_0 @ esk181_0)) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0))))))) @ esk181_0) @ esk182_0) @ (esk179_0 @ esk182_0 @ esk183_0)))) @ esk181_0) @ esk181_0) @ (esk180_0 @ esk182_0)))) @ (esk179_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk182_0) @ esk183_0))) @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk181_0)))) @ esk181_0) @ (esk180_0 @ esk181_0)) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk183_0) @ (esk180_0 @ (esk180_0 @ (esk180_0 @ esk183_0)))) @ esk183_0) @ esk182_0) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ esk181_0) @ (esk180_0 @ esk182_0)) @ esk182_0))) @ esk183_0) @ esk182_0))|(~c_and @ $true @ $false|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(((~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0)|(~c_and @ $true @ $false|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(~c_and @ $false @ $false|epred187_0 @ (esk180_0 @ esk181_0)|(~c_and @ $true @ $false|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0))&((~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $false @ $true|(~c_and @ $true @ $false|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)&(~c_and @ $false @ $false|~c_and @ $false @ $true|(~c_and @ $true @ $false|epred187_0 @ (esk180_0 @ esk181_0))|epred56_0)))))&((((esk182_0)!=(esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ esk182_0))) @ esk181_0))) @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk180_0 @ esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk183_0)) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ esk182_0)) @ esk182_0) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ esk181_0) @ esk183_0)) @ esk182_0)) @ esk183_0) @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ esk181_0))) @ esk182_0))))))))))))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk181_0 @ esk181_0)) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0))))))) @ esk181_0) @ esk182_0) @ (esk179_0 @ esk182_0 @ esk183_0)))) @ esk181_0) @ esk181_0) @ (esk180_0 @ esk182_0)))) @ (esk179_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk182_0) @ esk183_0))) @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk181_0)))) @ esk181_0) @ (esk180_0 @ esk181_0)) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk183_0) @ (esk180_0 @ (esk180_0 @ (esk180_0 @ esk183_0)))) @ esk183_0) @ esk182_0) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ esk181_0) @ (esk180_0 @ esk182_0)) @ esk182_0))) @ esk183_0) @ esk182_0))|(~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $true @ $true)|epred56_0)&(((~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0)|(~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $true @ $true)|epred56_0)&(~c_and @ $false @ $false|epred187_0 @ (esk180_0 @ esk181_0)|(~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $true @ $true)|epred56_0))&((~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $false @ $true|(~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $true @ $true)|epred56_0)&(~c_and @ $false @ $false|~c_and @ $false @ $true|(~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $true @ $true)|epred56_0))))&(((esk182_0)!=(esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ esk182_0))) @ esk181_0))) @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk180_0 @ esk183_0) @ esk181_0) @ (esk179_0 @ esk181_0 @ esk181_0))) @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ esk182_0) @ esk183_0)) @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0)))) @ esk182_0) @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk183_0)) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk180_0 @ esk181_0) @ esk182_0)) @ esk182_0) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ esk181_0) @ esk183_0)) @ esk182_0)) @ esk183_0) @ (esk179_0 @ esk183_0 @ (esk179_0 @ esk181_0 @ esk181_0))) @ esk182_0))))))))))))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ (esk179_0 @ esk181_0 @ esk181_0)) @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ esk183_0 @ esk181_0))))))) @ esk181_0) @ esk182_0) @ (esk179_0 @ esk182_0 @ esk183_0)))) @ esk181_0) @ esk181_0) @ (esk180_0 @ esk182_0)))) @ (esk179_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk183_0 @ (esk179_0 @ (esk180_0 @ (esk180_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk182_0) @ esk183_0))) @ (esk180_0 @ (esk179_0 @ esk181_0 @ esk181_0)))) @ esk181_0) @ (esk180_0 @ esk181_0)) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk181_0 @ esk183_0) @ (esk180_0 @ (esk180_0 @ (esk180_0 @ esk183_0)))) @ esk183_0) @ esk182_0) @ esk181_0))) @ (esk179_0 @ (esk179_0 @ (esk179_0 @ esk182_0 @ esk181_0) @ (esk180_0 @ esk182_0)) @ esk182_0))) @ esk183_0) @ esk182_0))|(~c_and @ $true @ $false|~c_and @ $true @ $true)|epred56_0)&(((~epred187_0 @ (esk180_0 @ esk181_0)|epred187_0 @ (esk180_0 @ esk181_0)|(~c_and @ $true @ $false|~c_and @ $true @ $true)|epred56_0)&(~c_and @ $false @ $false|epred187_0 @ (esk180_0 @ esk181_0)|(~c_and @ $true @ $false|~c_and @ $true @ $true)|epred56_0))&((~epred187_0 @ (esk180_0 @ esk181_0)|~c_and @ $false @ $true|(~c_and @ $true @ $false|~c_and @ $true @ $true)|epred56_0)&(~c_and @ $false @ $false|~c_and @ $false @ $true|(~c_and @ $true @ $false|~c_and @ $true @ $true)|epred56_0)))))))&(~c_not @ $false|epred56_0)), inference(distribute,[status(thm)],[inference(skolemize,[status(esa)],[inference(variable_rename,[status(thm)],[inference(fof_nnf,[status(thm)],[inference(fof_simplification,[status(thm)],[c_0_4])])])])])).
0.93/1.09	thf(c_0_8, plain, ![X662:$o]:((~c_not @ X662|(~X662|c_False))&((X662|c_not @ X662)&(~c_False|c_not @ X662))), inference(distribute,[status(thm)],[inference(variable_rename,[status(thm)],[inference(fof_nnf,[status(thm)],[c_0_5])])])).
0.93/1.09	thf(c_0_9, plain, ![X8:$o, X9:$o]:(c_and @ X8 @ X9<=>![X241:$o]:((X8=>(X9=>X241))=>X241)), inference(fof_simplification,[status(thm)],[inference(fof_simplification,[status(thm)],[ax14])])).
0.93/1.09	thf(c_0_10, negated_conjecture, ![X536:$i > $i > $i, X537:$i > $o, X538:$i > $i, X539:$i, X540:$i, X541:$i]:((((~X537 @ (X538 @ X539)|c_and @ $true @ $true|(X540)!=(X536 @ (X536 @ X539 @ (X536 @ X541 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X539 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X539) @ (X536 @ (X536 @ X541 @ (X536 @ X540 @ (X536 @ X540 @ X540))) @ X539))) @ (X536 @ (X538 @ (X536 @ (X536 @ (X538 @ X541) @ X539) @ (X536 @ X539 @ X539))) @ (X536 @ X540 @ (X536 @ X540 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X540) @ X541)) @ (X538 @ (X536 @ X541 @ X539)))) @ X540) @ (X538 @ (X536 @ (X536 @ X541 @ (X536 @ X539 @ (X536 @ (X538 @ (X536 @ X539 @ X541)) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X538 @ X539) @ X540)) @ X540) @ (X538 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X541 @ X539) @ X541)) @ X540)) @ X541) @ (X536 @ X541 @ (X536 @ X539 @ X539))) @ X540))))))))))))) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ X539 @ X539)) @ (X538 @ (X538 @ (X536 @ X541 @ (X538 @ (X538 @ (X536 @ X541 @ X539))))))) @ X539) @ X540) @ (X536 @ X540 @ X541)))) @ X539) @ X539) @ (X538 @ X540)))) @ (X536 @ (X536 @ (X538 @ (X536 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X541 @ (X536 @ (X538 @ (X538 @ (X536 @ (X536 @ X539 @ X540) @ X541))) @ (X538 @ (X536 @ X539 @ X539)))) @ X539) @ (X538 @ X539)) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ X541) @ (X538 @ (X538 @ (X538 @ X541)))) @ X541) @ X540) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ X539) @ (X538 @ X540)) @ X540))) @ X541) @ X540))|~epred56_0)&(X537 @ (X538 @ X539)|c_and @ $true @ $false|(X540)!=(X536 @ (X536 @ X539 @ (X536 @ X541 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X539 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X539) @ (X536 @ (X536 @ X541 @ (X536 @ X540 @ (X536 @ X540 @ X540))) @ X539))) @ (X536 @ (X538 @ (X536 @ (X536 @ (X538 @ X541) @ X539) @ (X536 @ X539 @ X539))) @ (X536 @ X540 @ (X536 @ X540 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X540) @ X541)) @ (X538 @ (X536 @ X541 @ X539)))) @ X540) @ (X538 @ (X536 @ (X536 @ X541 @ (X536 @ X539 @ (X536 @ (X538 @ (X536 @ X539 @ X541)) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X538 @ X539) @ X540)) @ X540) @ (X538 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X541 @ X539) @ X541)) @ X540)) @ X541) @ (X536 @ X541 @ (X536 @ X539 @ X539))) @ X540))))))))))))) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ X539 @ X539)) @ (X538 @ (X538 @ (X536 @ X541 @ (X538 @ (X538 @ (X536 @ X541 @ X539))))))) @ X539) @ X540) @ (X536 @ X540 @ X541)))) @ X539) @ X539) @ (X538 @ X540)))) @ (X536 @ (X536 @ (X538 @ (X536 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X541 @ (X536 @ (X538 @ (X538 @ (X536 @ (X536 @ X539 @ X540) @ X541))) @ (X538 @ (X536 @ X539 @ X539)))) @ X539) @ (X538 @ X539)) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ X541) @ (X538 @ (X538 @ (X538 @ X541)))) @ X541) @ X540) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ X539) @ (X538 @ X540)) @ X540))) @ X541) @ X540))|~epred56_0))&((~X537 @ (X538 @ X539)|c_and @ $false @ $true|(X540)=(X536 @ (X536 @ X539 @ (X536 @ X541 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X539 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X539) @ (X536 @ (X536 @ X541 @ (X536 @ X540 @ (X536 @ X540 @ X540))) @ X539))) @ (X536 @ (X538 @ (X536 @ (X536 @ (X538 @ X541) @ X539) @ (X536 @ X539 @ X539))) @ (X536 @ X540 @ (X536 @ X540 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X540) @ X541)) @ (X538 @ (X536 @ X541 @ X539)))) @ X540) @ (X538 @ (X536 @ (X536 @ X541 @ (X536 @ X539 @ (X536 @ (X538 @ (X536 @ X539 @ X541)) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X538 @ X539) @ X540)) @ X540) @ (X538 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X541 @ X539) @ X541)) @ X540)) @ X541) @ (X536 @ X541 @ (X536 @ X539 @ X539))) @ X540))))))))))))) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ X539 @ X539)) @ (X538 @ (X538 @ (X536 @ X541 @ (X538 @ (X538 @ (X536 @ X541 @ X539))))))) @ X539) @ X540) @ (X536 @ X540 @ X541)))) @ X539) @ X539) @ (X538 @ X540)))) @ (X536 @ (X536 @ (X538 @ (X536 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X541 @ (X536 @ (X538 @ (X538 @ (X536 @ (X536 @ X539 @ X540) @ X541))) @ (X538 @ (X536 @ X539 @ X539)))) @ X539) @ (X538 @ X539)) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ X541) @ (X538 @ (X538 @ (X538 @ X541)))) @ X541) @ X540) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ X539) @ (X538 @ X540)) @ X540))) @ X541) @ X540))|~epred56_0)&(X537 @ (X538 @ X539)|c_and @ $false @ $false|(X540)=(X536 @ (X536 @ X539 @ (X536 @ X541 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X539 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X539) @ (X536 @ (X536 @ X541 @ (X536 @ X540 @ (X536 @ X540 @ X540))) @ X539))) @ (X536 @ (X538 @ (X536 @ (X536 @ (X538 @ X541) @ X539) @ (X536 @ X539 @ X539))) @ (X536 @ X540 @ (X536 @ X540 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X539 @ (X536 @ (X538 @ X540) @ X541)) @ (X538 @ (X536 @ X541 @ X539)))) @ X540) @ (X538 @ (X536 @ (X536 @ X541 @ (X536 @ X539 @ (X536 @ (X538 @ (X536 @ X539 @ X541)) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ (X538 @ X539) @ X540)) @ X540) @ (X538 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ (X536 @ (X536 @ X540 @ (X536 @ (X536 @ X541 @ X539) @ X541)) @ X540)) @ X541) @ (X536 @ X541 @ (X536 @ X539 @ X539))) @ X540))))))))))))) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X540 @ (X536 @ X539 @ X539)) @ (X538 @ (X538 @ (X536 @ X541 @ (X538 @ (X538 @ (X536 @ X541 @ X539))))))) @ X539) @ X540) @ (X536 @ X540 @ X541)))) @ X539) @ X539) @ (X538 @ X540)))) @ (X536 @ (X536 @ (X538 @ (X536 @ (X538 @ (X536 @ (X536 @ (X536 @ (X536 @ X541 @ (X536 @ (X538 @ (X538 @ (X536 @ (X536 @ X539 @ X540) @ X541))) @ (X538 @ (X536 @ X539 @ X539)))) @ X539) @ (X538 @ X539)) @ (X536 @ (X536 @ (X536 @ (X536 @ (X536 @ X539 @ X541) @ (X538 @ (X538 @ (X538 @ X541)))) @ X541) @ X540) @ X539))) @ (X536 @ (X536 @ (X536 @ X540 @ X539) @ (X538 @ X540)) @ X540))) @ X541) @ X540))|~epred56_0)))&(~c_not @ $true|~epred56_0)), inference(distribute,[status(thm)],[inference(shift_quantors,[status(thm)],[inference(variable_rename,[status(thm)],[inference(fof_nnf,[status(thm)],[inference(fof_simplification,[status(thm)],[c_0_6])])])])])).
0.93/1.09	thf(c_0_11, plain, (epred56_0|~c_not @ $false), inference(split_conjunct,[status(thm)],[c_0_7])).
0.93/1.09	thf(c_0_12, plain, c_not @ $false, inference(eliminate_boolean_vars,[status(thm)],[inference(cn,[status(thm)],[inference(split_conjunct,[status(thm)],[c_0_8])])])).
0.93/1.09	thf(c_0_13, plain, ![X401:$o, X402:$o, X403:$o, X404:$o, X405:$o]:(((X401|X403|~c_and @ X401 @ X402)&((X402|X403|~c_and @ X401 @ X402)&(~X403|X403|~c_and @ X401 @ X402)))&((~X404|(~X405|epred179_2 @ X404 @ X405)|c_and @ X404 @ X405)&(~epred179_2 @ X404 @ X405|c_and @ X404 @ X405))), inference(distribute,[status(thm)],[inference(shift_quantors,[status(thm)],[inference(skolemize,[status(esa)],[inference(variable_rename,[status(thm)],[inference(shift_quantors,[status(thm)],[inference(fof_nnf,[status(thm)],[c_0_9])])])])])])).
0.93/1.09	thf(c_0_14, negated_conjecture, ![X1:$i > $o, X2:$i, X50:$i > $i, X15:$i > $i > $i, X7:$i, X3:$i]:(X1 @ (X50 @ X2)|c_and @ $true @ $false|(X3)!=(X15 @ (X15 @ X2 @ (X15 @ X7 @ (X15 @ (X15 @ (X15 @ (X15 @ X3 @ (X15 @ (X15 @ X2 @ (X15 @ X2 @ (X15 @ (X15 @ X2 @ (X15 @ (X50 @ X2) @ (X15 @ (X15 @ X7 @ (X15 @ X3 @ (X15 @ X3 @ X3))) @ X2))) @ (X15 @ (X50 @ (X15 @ (X15 @ (X50 @ X7) @ X2) @ (X15 @ X2 @ X2))) @ (X15 @ X3 @ (X15 @ X3 @ (X15 @ (X15 @ (X15 @ X2 @ (X15 @ (X15 @ X2 @ (X15 @ (X50 @ X3) @ X7)) @ (X50 @ (X15 @ X7 @ X2)))) @ X3) @ (X50 @ (X15 @ (X15 @ X7 @ (X15 @ X2 @ (X15 @ (X50 @ (X15 @ X2 @ X7)) @ X2))) @ (X15 @ (X15 @ (X15 @ X3 @ (X15 @ (X50 @ X2) @ X3)) @ X3) @ (X50 @ (X50 @ (X15 @ (X15 @ (X15 @ (X15 @ X2 @ (X15 @ (X15 @ X3 @ (X15 @ (X15 @ X7 @ X2) @ X7)) @ X3)) @ X7) @ (X15 @ X7 @ (X15 @ X2 @ X2))) @ X3))))))))))))) @ (X15 @ (X15 @ (X15 @ (X15 @ (X15 @ X3 @ (X15 @ X2 @ X2)) @ (X50 @ (X50 @ (X15 @ X7 @ (X50 @ (X50 @ (X15 @ X7 @ X2))))))) @ X2) @ X3) @ (X15 @ X3 @ X7)))) @ X2) @ X2) @ (X50 @ X3)))) @ (X15 @ (X15 @ (X50 @ (X15 @ (X50 @ (X15 @ (X15 @ (X15 @ (X15 @ X7 @ (X15 @ (X50 @ (X50 @ (X15 @ (X15 @ X2 @ X3) @ X7))) @ (X50 @ (X15 @ X2 @ X2)))) @ X2) @ (X50 @ X2)) @ (X15 @ (X15 @ (X15 @ (X15 @ (X15 @ X2 @ X7) @ (X50 @ (X50 @ (X50 @ X7)))) @ X7) @ X3) @ X2))) @ (X15 @ (X15 @ (X15 @ X3 @ X2) @ (X50 @ X3)) @ X3))) @ X7) @ X3))|~epred56_0), inference(split_conjunct,[status(thm)],[c_0_10])).
0.93/1.09	thf(c_0_15, plain, epred56_0, inference(cn,[status(thm)],[inference(rw,[status(thm)],[c_0_11, c_0_12])])).
0.93/1.09	thf(c_0_16, plain, ![X6:$o]:~c_and @ X6 @ $false, inference(eliminate_boolean_vars,[status(thm)],[inference(cn,[status(thm)],[inference(split_conjunct,[status(thm)],[c_0_13])])])).
0.93/1.09	thf(c_0_17, negated_conjecture, ($false), inference(flex_resolve,[status(thm)],[inference(sr,[status(thm)],[inference(cn,[status(thm)],[inference(rw,[status(thm)],[c_0_14, c_0_15])]), c_0_16])]), ['proof']).
0.93/1.09	# SZS output end CNFRefutation
0.93/1.09	# Proof object total steps             : 18
0.93/1.09	# Proof object clause steps            : 6
0.93/1.09	# Proof object formula steps           : 12
0.93/1.09	# Proof object conjectures             : 5
0.93/1.09	# Proof object clause conjectures      : 2
0.93/1.09	# Proof object formula conjectures     : 3
0.93/1.09	# Proof object initial clauses used    : 4
0.93/1.09	# Proof object initial formulas used   : 3
0.93/1.09	# Proof object generating inferences   : 0
0.93/1.09	# Proof object simplifying inferences  : 7
0.93/1.09	# Training examples: 0 positive, 0 negative
0.93/1.09	# Parsed axioms                        : 213
0.93/1.09	# Removed by relevancy pruning/SinE    : 0
0.93/1.09	# Initial clauses                      : 7187
0.93/1.09	# Removed in clause preprocessing      : 2338
0.93/1.09	# Initial clauses in saturation        : 4849
0.93/1.09	# Processed clauses                    : 4871
0.93/1.09	# ...of these trivial                  : 348
0.93/1.09	# ...subsumed                          : 3041
0.93/1.09	# ...remaining for further processing  : 1481
0.93/1.09	# Other redundant clauses eliminated   : 29
0.93/1.09	# Clauses deleted for lack of memory   : 0
0.93/1.09	# Backward-subsumed                    : 115
0.93/1.09	# Backward-rewritten                   : 12
0.93/1.09	# Generated clauses                    : 29
0.93/1.09	# ...of the previous two non-trivial   : 30
0.93/1.09	# Contextual simplify-reflections      : 198
0.93/1.09	# Paramodulations                      : 0
0.93/1.09	# Factorizations                       : 0
0.93/1.09	# NegExts                              : 0
0.93/1.09	# Equation resolutions                 : 29
0.93/1.09	# Propositional unsat checks           : 0
0.93/1.09	#    Propositional check models        : 0
0.93/1.09	#    Propositional check unsatisfiable : 0
0.93/1.09	#    Propositional clauses             : 0
0.93/1.09	#    Propositional clauses after purity: 0
0.93/1.09	#    Propositional unsat core size     : 0
0.93/1.09	#    Propositional preprocessing time  : 0.000
0.93/1.09	#    Propositional encoding time       : 0.000
0.93/1.09	#    Propositional solver time         : 0.000
0.93/1.09	#    Success case prop preproc time    : 0.000
0.93/1.09	#    Success case prop encoding time   : 0.000
0.93/1.09	#    Success case prop solver time     : 0.000
0.93/1.09	# Current number of processed clauses  : 1325
0.93/1.09	#    Positive orientable unit clauses  : 72
0.93/1.09	#    Positive unorientable unit clauses: 0
0.93/1.09	#    Negative unit clauses             : 35
0.93/1.09	#    Non-unit-clauses                  : 1218
0.93/1.09	# Current number of unprocessed clauses: 8
0.93/1.09	# ...number of literals in the above   : 32
0.93/1.09	# Current number of archived formulas  : 0
0.93/1.09	# Current number of archived clauses   : 127
0.93/1.09	# Clause-clause subsumption calls (NU) : 1104516
0.93/1.09	# Rec. Clause-clause subsumption calls : 197644
0.93/1.09	# Non-unit clause-clause subsumptions  : 1104
0.93/1.09	# Unit Clause-clause subsumption calls : 5554
0.93/1.09	# Rewrite failures with RHS unbound    : 0
0.93/1.09	# BW rewrite match attempts            : 16
0.93/1.09	# BW rewrite match successes           : 13
0.93/1.09	# Condensation attempts                : 0
0.93/1.09	# Condensation successes               : 0
0.93/1.09	# Termbank termtop insertions          : 583302
0.93/1.09	
0.93/1.09	# -------------------------------------------------
0.93/1.09	# User time                : 0.711 s
0.93/1.09	# System time              : 0.015 s
0.93/1.09	# Total time               : 0.727 s
0.93/1.09	# Maximum resident set size: 2040 pages
0.93/1.09	EOF