TSTP Solution File: NLP116+1 by Nitpick---2016
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- Process Solution
%------------------------------------------------------------------------------
% File : Nitpick---2016
% Problem : NLP116+1 : TPTP v6.4.0. Released v2.4.0.
% Transfm : none
% Format : tptp:raw
% Command : isabelle tptp_nitpick %d %s
% Computer : n133.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 3.10.0-327.36.3.el7.x86_64
% CPULimit : 300s
% DateTime : Tue Jan 17 21:07:04 EST 2017
% Result : CounterSatisfiable 24.13s
% Output : FiniteModel 24.13s
% Verified :
% SZS Type : None (Parsing solution fails)
% Syntax : Number of formulae : 0
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.03 % Problem : NLP116+1 : TPTP v6.4.0. Released v2.4.0.
% 0.00/0.04 % Command : isabelle tptp_nitpick %d %s
% 0.03/0.23 % Computer : n133.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 3.10.0-327.36.3.el7.x86_64
% 0.03/0.23 % CPULimit : 300
% 0.03/0.23 % DateTime : Sat Jan 14 21:51:19 CST 2017
% 0.03/0.23 % CPUTime :
% 24.13/14.57 Nitpicking formula...
% 24.13/14.57 Timestamp: 21:51:31
% 24.13/14.57 Using SAT solver "Lingeling_JNI" The following solvers are configured:
% 24.13/14.57 "Lingeling_JNI", "CryptoMiniSat_JNI", "MiniSat_JNI", "SAT4J", "SAT4J_Light"
% 24.13/14.57 Batch 1 of 20: Trying 5 scopes:
% 24.13/14.57 card TPTP_Interpret.ind = 1
% 24.13/14.57 card TPTP_Interpret.ind = 2
% 24.13/14.57 card TPTP_Interpret.ind = 3
% 24.13/14.57 card TPTP_Interpret.ind = 4
% 24.13/14.57 card TPTP_Interpret.ind = 5
% 24.13/14.57 % SZS status CounterSatisfiable % SZS output start FiniteModel
% 24.13/14.57 Nitpick found a counterexample for card TPTP_Interpret.ind = 2:
% 24.13/14.57
% 24.13/14.57 Skolem constants:
% 24.13/14.57 U = i1
% 24.13/14.57 V = i2
% 24.13/14.57 W = i2
% 24.13/14.57 X = i2
% 24.13/14.57 X1 = i2
% 24.13/14.57 X2 = i2
% 24.13/14.57 X3 = i1
% 24.13/14.57 X4 = i2
% 24.13/14.57 Y = i2
% 24.13/14.57 Z = i2
% 24.13/14.57 Constants:
% 24.13/14.57 bnd_actual_world = (\<lambda>x. _)(i1 := True, i2 := True)
% 24.13/14.57 bnd_agent =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := False)),
% 24.13/14.57 i2 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := True, i2 := False)))
% 24.13/14.57 bnd_barrel =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_chevy =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := True, i2 := False))
% 24.13/14.57 bnd_city =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_dirty =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := True, i2 := False))
% 24.13/14.57 bnd_down =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := False)),
% 24.13/14.57 i2 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True)))
% 24.13/14.57 bnd_event =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_hollywood_placename =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_in =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := False)),
% 24.13/14.57 i2 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True)))
% 24.13/14.57 bnd_lonely =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_of =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := False)),
% 24.13/14.57 i2 := (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True)))
% 24.13/14.57 bnd_old =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := True, i2 := False))
% 24.13/14.57 bnd_placename =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_present =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_street =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := False, i2 := True))
% 24.13/14.57 bnd_white =
% 24.13/14.57 (\<lambda>x. _)
% 24.13/14.57 (i1 := (\<lambda>x. _)(i1 := False, i2 := False),
% 24.13/14.57 i2 := (\<lambda>x. _)(i1 := True, i2 := False))
% 24.13/14.57 % SZS output end FiniteModel
% 24.13/14.57 Total time: 2.5 s
%------------------------------------------------------------------------------