TSTP Solution File: SYN747-1 by Bliksem---1.12
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- Process Solution
%------------------------------------------------------------------------------
% File : Bliksem---1.12
% Problem : SYN747-1 : TPTP v8.1.0. Released v2.5.0.
% Transfm : none
% Format : tptp:raw
% Command : bliksem %s
% Computer : n012.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 : 0s
% DateTime : Thu Jul 21 02:54:25 EDT 2022
% Result : Timeout 300.08s 300.49s
% Output : None
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.07/0.12 % Problem : SYN747-1 : TPTP v8.1.0. Released v2.5.0.
% 0.07/0.13 % Command : bliksem %s
% 0.13/0.34 % Computer : n012.cluster.edu
% 0.13/0.34 % Model : x86_64 x86_64
% 0.13/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.13/0.34 % Memory : 8042.1875MB
% 0.13/0.34 % OS : Linux 3.10.0-693.el7.x86_64
% 0.13/0.34 % CPULimit : 300
% 0.13/0.34 % DateTime : Tue Jul 12 08:45:42 EDT 2022
% 0.13/0.34 % CPUTime :
% 1.15/1.54 *** allocated 10000 integers for termspace/termends
% 1.15/1.54 *** allocated 10000 integers for clauses
% 1.15/1.54 *** allocated 10000 integers for justifications
% 1.15/1.54 Bliksem 1.12
% 1.15/1.54
% 1.15/1.54
% 1.15/1.54 Automatic Strategy Selection
% 1.15/1.54
% 1.15/1.54 Clauses:
% 1.15/1.54 [
% 1.15/1.54 [ ssRr( X, skf1( X ) ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ssPv3( Y ), ssPv1( Z ), ssPv2( Z
% 1.15/1.54 ), ssPv3( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv2( Y ) ), ~( ssRr( Z, X ) ), ~( ssPv1( Z ) )
% 1.15/1.54 , ~( ssPv2( Z ) ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv3( Y ) ), ~( ssRr( Z, X ) ), ~( ssPv2( Z ) )
% 1.15/1.54 , ~( ssPv4( Z ) ), ssPv3( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssPv2( Z ) )
% 1.15/1.54 , ~( ssPv3( Z ) ), ~( ssPv4( Z ) ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ssPv4( Y ),
% 1.15/1.54 ssPv4( T ), ssPv3( Z ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ssPv4( Y ),
% 1.15/1.54 ssPv4( T ), ssPv1( Z ), ssPv2( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv2( T )
% 1.15/1.54 ), ssPv4( Y ), ssPv2( Z ), ssPv3( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv3( T )
% 1.15/1.54 ), ssPv1( Y ), ssPv2( Z ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv1( Z )
% 1.15/1.54 ), ~( ssPv4( Z ) ), ssPv2( Y ), ssPv3( T ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv2( T )
% 1.15/1.54 ), ~( ssPv1( Z ) ), ssPv1( Y ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T )
% 1.15/1.54 ), ~( ssPv2( T ) ), ~( ssPv3( Z ) ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U ) ), ~( ssRr( Z, T
% 1.15/1.54 ) ), ~( ssPv4( Z ) ), ssPv4( Y ), ssPv2( U ), ssPv2( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U ) ), ~( ssRr( Z, T
% 1.15/1.54 ) ), ~( ssPv2( Z ) ), ssPv2( Y ), ssPv1( U ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv2( T )
% 1.15/1.54 ), ~( ssRr( Z, U ) ), ~( ssPv2( Z ) ), ssPv1( Y ), ssPv1( U ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv2( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T )
% 1.15/1.54 ), ~( ssPv1( T ) ), ~( ssRr( Z, U ) ), ssPv1( U ), ssPv2( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U ) ), ~( ssRr( Z, T
% 1.15/1.54 ) ), ~( ssPv2( Z ) ), ~( ssPv4( Z ) ), ssPv4( Y ), ssPv1( U ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv3( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssPv2( U ) ), ~( ssRr( Z, T ) ), ssPv2( Z ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv2( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv1( Z ) ), ssPv3( U ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv4( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv3( Z ) ), ssPv4( U ), ssPv4( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T )
% 1.15/1.54 ), ~( ssPv1( T ) ), ~( ssRr( Z, U ) ), ssPv4( U ), ssPv1( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv3( Z ) ), ssPv3( U ), ssPv1( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv2( Z ) ), ssPv4( U ), ssPv1( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv2( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv4( Z ) ), ssPv1( U ), ssPv3( Z ) ],
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv1( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv1( Z ) ), ~( ssPv3( Z ) ), ssPv4( U ) ]
% 1.15/1.54 ,
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv2( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssPv1( U ) ), ~( ssRr( Z, T ) ), ~( ssPv2( Z ) ), ssPv3( Z ) ]
% 1.15/1.54 ,
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssPv4( Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U )
% 1.15/1.54 ), ~( ssRr( Z, T ) ), ~( ssPv1( Z ) ), ~( ssPv4( Z ) ), ssPv2( U ) ]
% 1.15/1.54 ,
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( Z, T ) ), ~( ssPv3( T )
% 1.15/1.54 ), ~( ssRr( Z, U ) ), ~( ssPv2( U ) ), ~( ssPv2( Z ) ), ssPv4( Y ) ]
% 1.15/1.54 ,
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U ) ), ~( ssRr( Z, T
% 1.15/1.54 ) ), ~( ssRr( Z, W ) ), ssPv4( Y ), ssPv3( U ), ssPv3( W ), ssPv2( Z ) ]
% 1.15/1.54 ,
% 1.15/1.54 [ ~( ssRr( X, Y ) ), ~( ssRr( Z, X ) ), ~( ssRr( T, U ) ), ~( ssRr( Z, T
% 1.15/1.54 ) ), ~( ssRr( Z, W ) ), sCputime limit exceeded (core dumped)
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