TSTP Solution File: LCL659+1.001 by Refute---2015
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%------------------------------------------------------------------------------
% File : Refute---2015
% Problem : LCL659+1.001 : TPTP v6.4.0. Released v4.0.0.
% Transfm : none
% Format : tptp:raw
% Command : isabelle tptp_refute %d %s
% Computer : n158.star.cs.uiowa.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2609 0 2.40GHz
% Memory : 32218.75MB
% OS : Linux 3.10.0-327.10.1.el7.x86_64
% CPULimit : 300s
% DateTime : Tue Apr 12 17:06:21 EDT 2016
% Result : CounterSatisfiable 38.44s
% Output : Assurance 0s
% Verified :
% SZS Type : None (Parsing solution fails)
% Syntax : Number of formulae : 0
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.01/0.03 % Problem : LCL659+1.001 : TPTP v6.4.0. Released v4.0.0.
% 0.01/0.04 % Command : isabelle tptp_refute %d %s
% 0.03/0.23 % Computer : n158.star.cs.uiowa.edu
% 0.03/0.23 % Model : x86_64 x86_64
% 0.03/0.23 % CPU : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz
% 0.03/0.23 % Memory : 32218.75MB
% 0.03/0.23 % OS : Linux 3.10.0-327.10.1.el7.x86_64
% 0.03/0.23 % CPULimit : 300
% 0.03/0.23 % DateTime : Sun Apr 10 18:56:24 CDT 2016
% 0.03/0.23 % CPUTime :
% 6.28/5.85 > val it = (): unit
% 6.48/6.03 Trying to find a model that refutes: ~ (EX X. ~ (~ (ALL Y.
% 6.48/6.03 ~ bnd_r1 X Y |
% 6.48/6.03 ((((((ALL X. ~ bnd_r1 Y X | bnd_p1 X) | ~ bnd_p1 Y) |
% 6.48/6.03 (ALL X.
% 6.48/6.03 ~ bnd_r1 Y X |
% 6.48/6.03 ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y |
% 6.48/6.03 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.48/6.03 ~ bnd_p1 Y))) |
% 6.48/6.03 ~ (ALL X.
% 6.48/6.03 ((~ bnd_r1 Y X |
% 6.48/6.03 (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) |
% 6.48/6.03 ~ bnd_p1 X) |
% 6.48/6.03 ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y |
% 6.48/6.03 (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X | (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) | ~ bnd_p1 X)) |
% 6.48/6.03 ~ ((ALL X. ~ bnd_r1 Y X | bnd_p1 X) |
% 6.48/6.03 ~ bnd_p1 Y)))) &
% 6.48/6.03 ((bnd_p1 Y |
% 6.48/6.03 (ALL X.
% 6.48/6.03 ~ bnd_r1 Y X |
% 6.48/6.03 ~ (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y))) |
% 6.48/6.03 ~ (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.48/6.03 ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y |
% 6.48/6.03 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.48/6.03 ~ bnd_p1 Y)))) &
% 6.48/6.03 (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X |
% 6.48/6.03 (ALL Y.
% 6.48/6.03 ~ bnd_r1 X Y |
% 6.48/6.03 (ALL X. ~ bnd_r1 Y X | bnd_p1 X))) |
% 6.48/6.03 ~ (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y))) &
% 6.48/6.03 ((ALL X.
% 6.48/6.03 ~ bnd_r1 Y X |
% 6.48/6.03 (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y | bnd_p1 Y) |
% 6.48/6.03 ~ (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X |
% 6.48/6.03 (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) |
% 6.48/6.03 ~ bnd_p1 X))) |
% 6.48/6.03 ~ (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.48/6.03 ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y |
% 6.48/6.03 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.48/6.03 ~ bnd_p1 Y)))) |
% 6.48/6.03 ~ ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y | bnd_p1 Y) |
% 6.48/6.03 ~ (ALL X.
% 6.48/6.03 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.48/6.03 ~ (ALL Y.
% 6.48/6.03 (~ bnd_r1 X Y |
% 6.48/6.03 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.48/6.03 ~ bnd_p1 Y)))))
% 6.79/6.39 Unfolded term: ALL X. bnd_r1 X X
% 6.79/6.39 ==> ~ (EX X. ~ (~ (ALL Y.
% 6.79/6.39 ~ bnd_r1 X Y |
% 6.79/6.39 ((((((ALL X. ~ bnd_r1 Y X | bnd_p1 X) | ~ bnd_p1 Y) |
% 6.79/6.39 (ALL X.
% 6.79/6.39 ~ bnd_r1 Y X |
% 6.79/6.39 ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.79/6.39 ~ bnd_p1 Y))) |
% 6.79/6.39 ~ (ALL X.
% 6.79/6.39 ((~ bnd_r1 Y X |
% 6.79/6.39 (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) |
% 6.79/6.39 ~ bnd_p1 X) |
% 6.79/6.39 ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. (~ bnd_r1 Y X | (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) | ~ bnd_p1 X)) |
% 6.79/6.39 ~ ((ALL X. ~ bnd_r1 Y X | bnd_p1 X) |
% 6.79/6.39 ~ bnd_p1 Y)))) &
% 6.79/6.39 ((bnd_p1 Y |
% 6.79/6.39 (ALL X.
% 6.79/6.39 ~ bnd_r1 Y X |
% 6.79/6.39 ~ (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y))) |
% 6.79/6.39 ~ (ALL X.
% 6.79/6.39 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.79/6.39 ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.79/6.39 ~ bnd_p1 Y)))) &
% 6.79/6.39 (ALL X.
% 6.79/6.39 (~ bnd_r1 Y X |
% 6.79/6.39 (ALL Y.
% 6.79/6.39 ~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. ~ bnd_r1 Y X | bnd_p1 X))) |
% 6.79/6.39 ~ (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y))) &
% 6.79/6.39 ((ALL X.
% 6.79/6.39 ~ bnd_r1 Y X |
% 6.79/6.39 (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y | bnd_p1 Y) |
% 6.79/6.39 ~ (ALL X.
% 6.79/6.39 (~ bnd_r1 Y X |
% 6.79/6.39 (ALL Y. ~ bnd_r1 X Y | bnd_p1 Y)) |
% 6.79/6.39 ~ bnd_p1 X))) |
% 6.79/6.39 ~ (ALL X.
% 6.79/6.39 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.79/6.39 ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.79/6.39 ~ bnd_p1 Y)))) |
% 6.79/6.39 ~ ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y | bnd_p1 Y) |
% 6.79/6.39 ~ (ALL X.
% 6.79/6.39 (~ bnd_r1 Y X | bnd_p1 X) |
% 6.79/6.39 ~ (ALL Y.
% 6.79/6.39 (~ bnd_r1 X Y |
% 6.79/6.39 (ALL X. ~ bnd_r1 Y X | bnd_p1 X)) |
% 6.79/6.39 ~ bnd_p1 Y)))))
% 6.79/6.39 Adding axioms...
% 6.88/6.40 Typedef.type_definition_def
% 8.59/8.11 ...done.
% 8.59/8.12 Ground types: ?'b, TPTP_Interpret.ind
% 8.59/8.12 Translating term (sizes: 1, 1) ...
% 10.30/9.88 Invoking SAT solver...
% 10.30/9.89 No model exists.
% 10.30/9.89 Translating term (sizes: 2, 1) ...
% 12.89/12.42 Invoking SAT solver...
% 12.89/12.42 No model exists.
% 12.89/12.42 Translating term (sizes: 1, 2) ...
% 38.34/37.89 Invoking SAT solver...
% 38.44/37.92 Model found:
% 38.44/37.92 Size of types: ?'b: 1, TPTP_Interpret.ind: 2
% 38.44/37.92 bnd_p1: {(??.TPTP_Interpret.ind0, False), (??.TPTP_Interpret.ind1, True)}
% 38.44/37.92 bnd_r1: {(??.TPTP_Interpret.ind0,
% 38.44/37.92 {(??.TPTP_Interpret.ind0, True), (??.TPTP_Interpret.ind1, True)}),
% 38.44/37.92 (??.TPTP_Interpret.ind1,
% 38.44/37.92 {(??.TPTP_Interpret.ind0, True), (??.TPTP_Interpret.ind1, True)})}
% 38.44/37.92
% 38.44/37.92 % SZS status CounterSatisfiable
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