TSTP Solution File: NLP184+1 by Refute---2015
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%------------------------------------------------------------------------------
% File : Refute---2015
% Problem : NLP184+1 : TPTP v6.4.0. Released v2.4.0.
% Transfm : none
% Format : tptp:raw
% Command : isabelle tptp_refute %d %s
% Computer : n020.star.cs.uiowa.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2609 0 2.40GHz
% Memory : 16091.75MB
% OS : Linux 3.10.0-327.10.1.el7.x86_64
% CPULimit : 300s
% DateTime : Thu Apr 14 01:28:22 EDT 2016
% Result : Timeout 300.04s
% Output : None
% Verified :
% SZS Type : None (Parsing solution fails)
% Syntax : Number of formulae : 0
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
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%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.03 % Problem : NLP184+1 : TPTP v6.4.0. Released v2.4.0.
% 0.00/0.04 % Command : isabelle tptp_refute %d %s
% 0.03/0.23 % Computer : n020.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 : 16091.75MB
% 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 : Tue Apr 5 13:43:54 CDT 2016
% 0.03/0.23 % CPUTime :
% 6.30/5.83 > val it = (): unit
% 6.60/6.17 Trying to find a model that refutes: ~ ((EX U. bnd_actual_world U &
% 6.60/6.17 (EX V W X Y Z.
% 6.60/6.17 (((((((((((((((((((bnd_frontseat U W & bnd_of U V W) &
% 6.60/6.17 bnd_city U W) &
% 6.60/6.17 bnd_hollywood_placename U V) &
% 6.60/6.17 bnd_placename U V) &
% 6.60/6.17 bnd_chevy U W) &
% 6.60/6.17 bnd_white U W) &
% 6.60/6.17 bnd_dirty U W) &
% 6.60/6.17 bnd_old U W) &
% 6.60/6.17 bnd_street U X) &
% 6.60/6.17 bnd_lonely U X) &
% 6.60/6.17 bnd_event U Y) &
% 6.60/6.17 bnd_agent U Y W) &
% 6.60/6.17 bnd_present U Y) &
% 6.60/6.17 bnd_barrel U Y) &
% 6.60/6.17 bnd_down U Y X) &
% 6.60/6.17 bnd_in U Y W) &
% 6.60/6.17 (ALL X1.
% 6.60/6.17 bnd_member U X1 Z -->
% 6.60/6.17 (EX X2 X3.
% 6.60/6.17 (bnd_state U X2 & bnd_be U X2 X1 X3) &
% 6.60/6.17 bnd_in U X3 W))) &
% 6.60/6.17 bnd_two U Z) &
% 6.60/6.17 bnd_group U Z) &
% 6.60/6.17 (ALL X4.
% 6.60/6.17 bnd_member U X4 Z -->
% 6.60/6.17 bnd_fellow U X4 & bnd_young U X4))) &
% 6.60/6.17 ~ (EX X5.
% 6.60/6.17 bnd_actual_world X5 &
% 6.60/6.17 (EX X6 V W X Y Z X7.
% 6.60/6.17 (((((((((((((((((((((((bnd_group X5 X6 & bnd_frontseat X5 W) &
% 6.60/6.17 bnd_of X5 V W) &
% 6.60/6.17 bnd_city X5 W) &
% 6.60/6.17 bnd_hollywood_placename X5 V) &
% 6.60/6.17 bnd_placename X5 V) &
% 6.60/6.17 bnd_chevy X5 W) &
% 6.60/6.17 bnd_white X5 W) &
% 6.60/6.17 bnd_dirty X5 W) &
% 6.60/6.17 bnd_old X5 W) &
% 6.60/6.17 bnd_street X5 X) &
% 6.60/6.17 bnd_lonely X5 X) &
% 6.60/6.17 bnd_event X5 Y) &
% 6.60/6.17 bnd_agent X5 Y W) &
% 6.60/6.17 bnd_present X5 Y) &
% 6.60/6.17 bnd_barrel X5 Y) &
% 6.60/6.17 bnd_down X5 Y X) &
% 6.60/6.17 bnd_in X5 Y W) &
% 6.60/6.17 (ALL X1.
% 6.60/6.17 bnd_member X5 X1 Z -->
% 6.60/6.17 (EX X2 X3.
% 6.60/6.17 (bnd_state X5 X2 & bnd_be X5 X2 X1 X3) &
% 6.60/6.17 bnd_in X5 X3 W))) &
% 6.60/6.17 bnd_two X5 Z) &
% 6.60/6.17 bnd_group X5 Z) &
% 6.60/6.17 (ALL X4.
% 6.60/6.17 bnd_member X5 X4 Z -->
% 6.60/6.17 bnd_fellow X5 X4 & bnd_young X5 X4)) &
% 6.60/6.17 (ALL X8.
% 6.60/6.17 bnd_member X5 X8 X7 -->
% 6.60/6.17 (ALL X9.
% 6.60/6.17 bnd_member X5 X9 X6 -->
% 6.60/6.17 (EX X10.
% 6.60/6.17 ((((bnd_event X5 X10 & bnd_agent X5 X10 X9) &
% 6.60/6.17 bnd_patient X5 X10 X8) &
% 6.60/6.17 bnd_present X5 X10) &
% 6.60/6.17 bnd_nonreflexive X5 X10) &
% 6.60/6.17 bnd_wear X5 X10)))) &
% 6.60/6.17 bnd_group X5 X7) &
% 6.60/6.17 (ALL X11.
% 6.60/6.17 bnd_member X5 X11 X7 -->
% 6.60/6.17 (bnd_coat X5 X11 & bnd_black X5 X11) & bnd_cheap X5 X11))))
% 7.80/7.30 Unfolded term: [| ALL U. ~ (EX V. bnd_member U V V);
% 7.80/7.30 ALL U V W X.
% 7.80/7.30 (bnd_nonreflexive U V & bnd_agent U V W) & bnd_patient U V X -->
% 7.80/7.30 ~ W = X;
% 7.80/7.30 ALL U V.
% 7.80/7.30 bnd_two U V =
% 7.80/7.30 (EX W. bnd_member U W V &
% 7.80/7.30 (EX X. (bnd_member U X V & ~ X = W) &
% 7.80/7.30 (ALL Y. bnd_member U Y V --> Y = X | Y = W)));
% 7.80/7.30 ALL U V W X. bnd_be U V W X --> W = X;
% 7.80/7.30 ALL U V W.
% 7.80/7.30 (bnd_entity U V & bnd_placename U W) & bnd_of U W V -->
% 7.80/7.30 ~ (EX X. (bnd_placename U X & ~ X = W) & bnd_of U X V);
% 7.80/7.30 ALL U V. bnd_young U V --> ~ bnd_old U V;
% 7.80/7.30 ALL U V. bnd_white U V --> ~ bnd_black U V;
% 7.80/7.30 ALL U V. bnd_unisex U V --> ~ bnd_male U V;
% 7.80/7.30 ALL U V. bnd_specific U V --> ~ bnd_general U V;
% 7.80/7.30 ALL U V. bnd_singleton U V --> ~ bnd_multiple U V;
% 7.80/7.30 ALL U V. bnd_nonliving U V --> ~ bnd_living U V;
% 7.80/7.30 ALL U V. bnd_nonhuman U V --> ~ bnd_human U V;
% 7.80/7.30 ALL U V. bnd_existent U V --> ~ bnd_nonexistent U V;
% 7.80/7.30 ALL U V. bnd_animate U V --> ~ bnd_nonliving U V;
% 7.80/7.30 ALL U V. bnd_coat U V --> bnd_clothes U V;
% 7.80/7.30 ALL U V. bnd_clothes U V --> bnd_artifact U V;
% 7.80/7.30 ALL U V. bnd_artifact U V --> bnd_object U V;
% 7.80/7.30 ALL U V. bnd_object U V --> bnd_entity U V;
% 7.80/7.30 ALL U V. bnd_entity U V --> bnd_thing U V;
% 7.80/7.30 ALL U V. bnd_thing U V --> bnd_singleton U V;
% 7.80/7.30 ALL U V. bnd_entity U V --> bnd_specific U V;
% 7.80/7.30 ALL U V. bnd_entity U V --> bnd_existent U V;
% 7.80/7.30 ALL U V. bnd_object U V --> bnd_nonliving U V;
% 7.80/7.30 ALL U V. bnd_object U V --> bnd_impartial U V;
% 7.80/7.30 ALL U V. bnd_object U V --> bnd_unisex U V;
% 7.80/7.30 ALL U V. bnd_group U V --> bnd_set U V;
% 7.80/7.30 ALL U V. bnd_set U V --> bnd_multiple U V;
% 7.80/7.30 ALL U V. bnd_wear U V --> bnd_event U V;
% 7.80/7.30 ALL U V. bnd_event U V --> bnd_eventuality U V;
% 7.80/7.30 ALL U V. bnd_eventuality U V --> bnd_thing U V;
% 7.80/7.30 ALL U V. bnd_eventuality U V --> bnd_specific U V;
% 7.80/7.30 ALL U V. bnd_eventuality U V --> bnd_nonexistent U V;
% 7.80/7.30 ALL U V. bnd_eventuality U V --> bnd_unisex U V;
% 7.80/7.30 ALL U V. bnd_fellow U V --> bnd_man U V;
% 7.80/7.30 ALL U V. bnd_man U V --> bnd_human_person U V;
% 7.80/7.30 ALL U V. bnd_human_person U V --> bnd_organism U V;
% 7.80/7.30 ALL U V. bnd_organism U V --> bnd_entity U V;
% 7.80/7.30 ALL U V. bnd_organism U V --> bnd_impartial U V;
% 7.80/7.30 ALL U V. bnd_organism U V --> bnd_living U V;
% 7.80/7.30 ALL U V. bnd_human_person U V --> bnd_human U V;
% 7.80/7.30 ALL U V. bnd_human_person U V --> bnd_animate U V;
% 7.80/7.30 ALL U V. bnd_man U V --> bnd_male U V;
% 7.80/7.30 ALL U V. bnd_two U V --> bnd_group U V;
% 7.80/7.30 ALL U V. bnd_state U V --> bnd_eventuality U V;
% 7.80/7.30 ALL U V. bnd_state U V --> bnd_event U V;
% 7.80/7.30 ALL U V. bnd_barrel U V --> bnd_event U V;
% 7.80/7.30 ALL U V. bnd_street U V --> bnd_way U V;
% 7.80/7.30 ALL U V. bnd_way U V --> bnd_artifact U V;
% 7.80/7.30 ALL U V. bnd_placename U V --> bnd_relname U V;
% 7.80/7.30 ALL U V. bnd_relname U V --> bnd_relation U V;
% 7.80/7.30 ALL U V. bnd_relation U V --> bnd_abstraction U V;
% 7.80/7.30 ALL U V. bnd_abstraction U V --> bnd_thing U V;
% 7.80/7.30 ALL U V. bnd_abstraction U V --> bnd_nonhuman U V;
% 7.80/7.30 ALL U V. bnd_abstraction U V --> bnd_general U V;
% 7.80/7.30 ALL U V. bnd_abstraction U V --> bnd_unisex U V;
% 7.80/7.30 ALL U V. bnd_hollywood_placename U V --> bnd_placename U V;
% 7.80/7.30 ALL U V. bnd_city U V --> bnd_location U V;
% 7.80/7.30 ALL U V. bnd_location U V --> bnd_object U V;
% 7.80/7.30 ALL U V. bnd_chevy U V --> bnd_car U V;
% 7.80/7.30 ALL U V. bnd_car U V --> bnd_vehicle U V;
% 7.80/7.30 ALL U V. bnd_vehicle U V --> bnd_transport U V;
% 7.80/7.30 ALL U V. bnd_transport U V --> bnd_instrumentality U V;
% 7.80/7.30 ALL U V. bnd_instrumentality U V --> bnd_artifact U V;
% 7.80/7.30 ALL U V. bnd_frontseat U V --> bnd_seat U V;
% 7.80/7.30 ALL U V. bnd_seat U V --> bnd_furniture U V;
% 7.80/7.30 ALL U V. bnd_furniture U V --> bnd_instrumentality U V |]
% 7.80/7.30 ==> ~ ((EX U. bnd_actual_world U &
% 7.80/7.30 (EX V W X Y Z.
% 7.80/7.30 (((((((((((((((((((bnd_frontseat U W & bnd_of U V W) &
% 7.80/7.30 bnd_city U W) &
% 7.80/7.30 bnd_hollywood_placename U V) &
% 7.80/7.30 bnd_placename U V) &
% 7.80/7.30 bnd_chevy U W) &
% 7.80/7.30 bnd_white U W) &
% 7.80/7.30 bnd_dirty U W) &
% 7.80/7.30 bnd_old U W) &
% 7.80/7.30 bnd_street U X) &
% 7.80/7.30 bnd_lonely U X) &
% 7.80/7.30 bnd_event U Y) &
% 7.80/7.30 bnd_agent U Y W) &
% 7.80/7.30 bnd_present U Y) &
% 7.80/7.30 bnd_barrel U Y) &
% 7.80/7.30 bnd_down U Y X) &
% 7.80/7.30 bnd_in U Y W) &
% 7.80/7.30 (ALL X1.
% 7.80/7.30 bnd_member U X1 Z -->
% 7.80/7.30 (EX X2 X3.
% 7.80/7.30 (bnd_state U X2 & bnd_be U X2 X1 X3) &
% 7.80/7.30 bnd_in U X3 W))) &
% 7.80/7.30 bnd_two U Z) &
% 7.80/7.30 bnd_group U Z) &
% 7.80/7.30 (ALL X4.
% 7.80/7.30 bnd_member U X4 Z -->
% 7.80/7.30 bnd_fellow U X4 & bnd_young U X4))) &
% 7.80/7.30 ~ (EX X5.
% 7.80/7.30 bnd_actual_world X5 &
% 7.80/7.30 (EX X6 V W X Y Z X7.
% 7.80/7.30 (((((((((((((((((((((((bnd_group X5 X6 &
% 7.80/7.30 bnd_frontseat X5 W) &
% 7.80/7.30 bnd_of X5 V W) &
% 7.80/7.30 bnd_city X5 W) &
% 7.80/7.30 bnd_hollywood_placename X5 V) &
% 7.80/7.30 bnd_placename X5 V) &
% 7.80/7.30 bnd_chevy X5 W) &
% 7.80/7.30 bnd_white X5 W) &
% 7.80/7.30 bnd_dirty X5 W) &
% 7.80/7.30 bnd_old X5 W) &
% 7.80/7.30 bnd_street X5 X) &
% 7.80/7.30 bnd_lonely X5 X) &
% 7.80/7.30 bnd_event X5 Y) &
% 7.80/7.30 bnd_agent X5 Y W) &
% 7.80/7.30 bnd_present X5 Y) &
% 7.80/7.30 bnd_barrel X5 Y) &
% 7.80/7.30 bnd_down X5 Y X) &
% 7.80/7.30 bnd_in X5 Y W) &
% 7.80/7.30 (ALL X1.
% 7.80/7.30 bnd_member X5 X1 Z -->
% 7.80/7.30 (EX X2 X3.
% 7.80/7.30 (bnd_state X5 X2 & bnd_be X5 X2 X1 X3) &
% 7.80/7.30 bnd_in X5 X3 W))) &
% 7.80/7.30 bnd_two X5 Z) &
% 7.80/7.30 bnd_group X5 Z) &
% 7.80/7.30 (ALL X4.
% 7.80/7.30 bnd_member X5 X4 Z -->
% 7.80/7.30 bnd_fellow X5 X4 & bnd_young X5 X4)) &
% 7.80/7.30 (ALL X8.
% 7.80/7.30 bnd_member X5 X8 X7 -->
% 7.80/7.30 (ALL X9.
% 7.80/7.30 bnd_member X5 X9 X6 -->
% 7.80/7.30 (EX X10.
% 7.80/7.30 ((((bnd_event X5 X10 & bnd_agent X5 X10 X9) &
% 7.80/7.30 bnd_patient X5 X10 X8) &
% 7.80/7.30 bnd_present X5 X10) &
% 7.80/7.30 bnd_nonreflexive X5 X10) &
% 7.80/7.30 bnd_wear X5 X10)))) &
% 7.80/7.30 bnd_group X5 X7) &
% 7.80/7.30 (ALL X11.
% 7.80/7.30 bnd_member X5 X11 X7 -->
% 7.80/7.30 (bnd_coat X5 X11 & bnd_black X5 X11) &
% 7.80/7.30 bnd_cheap X5 X11))))
% 7.80/7.30 Adding axioms...
% 7.80/7.31 Typedef.type_definition_def
% 15.01/14.57 ...done.
% 15.01/14.58 Ground types: ?'b, TPTP_Interpret.ind
% 15.01/14.58 Translating term (sizes: 1, 1) ...
% 20.22/19.73 Invoking SAT solver...
% 20.22/19.73 No model exists.
% 20.22/19.73 Translating term (sizes: 2, 1) ...
% 26.14/25.60 Invoking SAT solver...
% 26.14/25.60 No model exists.
% 26.14/25.60 Translating term (sizes: 1, 2) ...
% 300.04/298.13 /export/starexec/sandbox2/solver/lib/scripts/run-polyml-5.5.2: line 82: 10872 CPU time limit exceeded (core dumped) "$ISABELLE_HOME/lib/scripts/feeder" -p -h "$MLTEXT" -t "$MLEXIT" $FEEDER_OPTS
% 300.04/298.13 10873 (core dumped) | { read FPID; "$POLY" -q -i $ML_OPTIONS; RC="$?"; kill -TERM "$FPID"; exit "$RC"; }
% 300.04/298.14 /export/starexec/sandbox2/solver/src/HOL/TPTP/lib/Tools/tptp_refute: line 26: 10818 Exit 152 "$ISABELLE_PROCESS" -q -e "use_thy \"/tmp/$SCRATCH\"; exit 1;" HOL-TPTP
% 300.04/298.14 10819 CPU time limit exceeded (core dumped) | grep --line-buffered -v "^###\|^PROOF FAILED for depth\|^Failure node\|inferences so far. Searching to depth\|^val \|^Loading theory\|^Warning-The type of\|^ monotype.$"
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