E-Darwin---1.5.CSA-Mod.s

%------------------------------------------------------------------------------
% File     : E-Darwin---1.5
% Problem  : NLP225+1 : TPTP v6.1.0. Released v2.4.0.
% Transfm  : none
% Format   : tptp:raw
% Command  : e-darwin -pev TPTP -pmd true -if tptp -pl 2 -pc false -ps false %s

% Computer : n006.star.cs.uiowa.edu
% Model    : x86_64 x86_64
% CPU      : Intel(R) Xeon(R) CPU E5-2609 0 2.40GHz
% Memory   : 16127.75MB
% OS       : Linux 2.6.32-431.20.3.el6.x86_64
% CPULimit : 300s
% DateTime : Fri Aug  1 22:06:46 EDT 2014

% Result   : CounterSatisfiable 0.10s
% Output   : Model 0.10s
% Verified : 
% SZS Type : None (Parsing solution fails)
% Syntax   : Number of formulae    : 0

% Comments : 
%------------------------------------------------------------------------------
%----ERROR: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% % Problem  : NLP225+1 : TPTP v6.1.0. Released v2.4.0.
% % Command  : e-darwin -pev TPTP -pmd true -if tptp -pl 2 -pc false -ps false %s
% % Computer : n006.star.cs.uiowa.edu
% % Model    : x86_64 x86_64
% % CPU      : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz
% % Memory   : 16127.75MB
% % OS       : Linux 2.6.32-431.20.3.el6.x86_64
% % CPULimit : 300
% % DateTime : Sat Jul 26 04:21:41 CDT 2014
% % CPUTime  : 0.10 
% E-Darwin 1.5 2012/06/20 (based on Darwin 1.3)
% 
% 
% Defaulting to tptp format.
% Parsing /export/starexec/sandbox/benchmark/theBenchmark.p ...
% 
% 
% 
% Proving  ...
% 
% % SZS status CounterSatisfiable for /export/starexec/sandbox/benchmark/theBenchmark.p
% 
% START OF MODEL (DIG):
% (sK6 = sK2)
% (sK1 = sK3)
% abstraction(sK0, sK3)
% abstraction(sK0, sK5)
% abstraction(sK0, sK1)
% abstraction(sK5, sK3)
% abstraction(sK5, sK5)
% abstraction(sK5, sK1)
% accessible_world(sK0, sK5)
% actual_world(sK0)
% agent(sK0, sK4, sK2)
% agent(sK5, sK8(sK2), sK2)
% agent(sK5, sK8(sK6), sK6)
% agent(sK5, sK4, sK2)
% animate(sK0, sK2)
% animate(sK0, sK6)
% animate(sK5, sK2)
% animate(sK5, sK6)
% be(sK0, sK7, sK2, sK2)
% be(sK0, sK7, sK2, sK6)
% be(sK5, sK7, sK2, sK2)
% be(sK5, sK7, sK2, sK6)
% entity(sK0, sK2)
% entity(sK0, sK6)
% entity(sK5, sK2)
% entity(sK5, sK6)
% event(sK0, sK7)
% event(sK0, sK4)
% event(sK5, sK8(sK2))
% event(sK5, sK8(sK6))
% event(sK5, sK7)
% event(sK5, sK4)
% eventuality(sK0, sK7)
% eventuality(sK0, sK4)
% eventuality(sK5, sK8(sK2))
% eventuality(sK5, sK8(sK6))
% eventuality(sK5, sK7)
% eventuality(sK5, sK4)
% existent(sK0, sK2)
% existent(sK0, sK6)
% existent(sK5, sK2)
% existent(sK5, sK6)
% forename(sK0, sK3)
% forename(sK0, sK1)
% forename(sK5, sK3)
% forename(sK5, sK1)
% general(sK0, sK3)
% general(sK0, sK5)
% general(sK0, sK1)
% general(sK5, sK3)
% general(sK5, sK5)
% general(sK5, sK1)
% human(sK0, sK2)
% human(sK0, sK6)
% human(sK5, sK2)
% human(sK5, sK6)
% human_person(sK0, sK2)
% human_person(sK0, sK6)
% human_person(sK5, sK2)
% human_person(sK5, sK6)
% impartial(sK0, sK2)
% impartial(sK0, sK6)
% impartial(sK5, sK2)
% impartial(sK5, sK6)
% jules_forename(sK0, sK1)
% jules_forename(sK5, sK1)
% living(sK0, sK2)
% living(sK0, sK6)
% living(sK5, sK2)
% living(sK5, sK6)
% male(sK0, sK2)
% male(sK0, sK6)
% male(sK5, sK2)
% male(sK5, sK6)
% man(sK0, sK2)
% man(sK0, sK6)
% man(sK5, sK2)
% man(sK5, sK6)
% nonexistent(sK0, sK7)
% nonexistent(sK0, sK4)
% nonexistent(sK5, sK8(sK2))
% nonexistent(sK5, sK8(sK6))
% nonexistent(sK5, sK7)
% nonexistent(sK5, sK4)
% nonhuman(sK0, sK3)
% nonhuman(sK0, sK5)
% nonhuman(sK0, sK1)
% nonhuman(sK5, sK3)
% nonhuman(sK5, sK5)
% nonhuman(sK5, sK1)
% of(sK0, sK3, sK2)
% of(sK0, sK1, sK2)
% of(sK5, sK3, sK2)
% of(sK5, sK1, sK2)
% organism(sK0, sK2)
% organism(sK0, sK6)
% organism(sK5, sK2)
% organism(sK5, sK6)
% present(sK0, sK4)
% present(sK5, sK8(sK2))
% present(sK5, sK8(sK6))
% present(sK5, sK4)
% proposition(sK0, sK5)
% proposition(sK5, sK5)
% relation(sK0, sK3)
% relation(sK0, sK5)
% relation(sK0, sK1)
% relation(sK5, sK3)
% relation(sK5, sK5)
% relation(sK5, sK1)
% relname(sK0, sK3)
% relname(sK0, sK1)
% relname(sK5, sK3)
% relname(sK5, sK1)
% singleton(sK0, sK2)
% singleton(sK0, sK6)
% singleton(sK0, sK3)
% singleton(sK0, sK7)
% singleton(sK0, sK5)
% singleton(sK0, sK4)
% singleton(sK0, sK1)
% singleton(sK5, sK2)
% singleton(sK5, sK8(sK2))
% singleton(sK5, sK8(sK6))
% singleton(sK5, sK6)
% singleton(sK5, sK3)
% singleton(sK5, sK7)
% singleton(sK5, sK5)
% singleton(sK5, sK4)
% singleton(sK5, sK1)
% smoke(sK5, sK8(sK2))
% smoke(sK5, sK8(sK6))
% specific(sK0, sK2)
% specific(sK0, sK6)
% specific(sK0, sK7)
% specific(sK0, sK4)
% specific(sK5, sK2)
% specific(sK5, sK8(sK2))
% specific(sK5, sK8(sK6))
% specific(sK5, sK6)
% specific(sK5, sK7)
% specific(sK5, sK4)
% state(sK0, sK7)
% state(sK5, sK7)
% theme(sK0, sK4, sK5)
% theme(sK5, sK4, sK5)
% thing(sK0, sK2)
% thing(sK0, sK6)
% thing(sK0, sK3)
% thing(sK0, sK7)
% thing(sK0, sK5)
% thing(sK0, sK4)
% thing(sK0, sK1)
% thing(sK5, sK2)
% thing(sK5, sK8(sK2))
% thing(sK5, sK8(sK6))
% thing(sK5, sK6)
% thing(sK5, sK3)
% thing(sK5, sK7)
% thing(sK5, sK5)
% thing(sK5, sK4)
% thing(sK5, sK1)
% think_believe_consider(sK0, sK4)
% think_believe_consider(sK5, sK4)
% unisex(sK0, sK3)
% unisex(sK0, sK7)
% unisex(sK0, sK5)
% unisex(sK0, sK4)
% unisex(sK0, sK1)
% unisex(sK5, sK8(sK2))
% unisex(sK5, sK8(sK6))
% unisex(sK5, sK3)
% unisex(sK5, sK7)
% unisex(sK5, sK5)
% unisex(sK5, sK4)
% unisex(sK5, sK1)
% vincent_forename(sK0, sK3)
% vincent_forename(sK0, sK1)
% vincent_forename(sK5, sK3)
% vincent_forename(sK5, sK1)
% END OF MODEL
% EOF
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