%------------------------------------------------------------------------------ % File : Refute---2015 % Problem : NLP092+1 : TPTP v6.4.0. Released v2.4.0. % Transfm : none % Format : tptp:raw % Command : isabelle tptp_refute %d %s % Computer : n011.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 01:28:02 EDT 2016 % Result : Timeout 300.71s % Output : None % Verified : % SZS Type : None (Parsing solution fails) % Syntax : Number of formulae : 0 % Comments : %------------------------------------------------------------------------------ %----No solution output by system %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.00/0.03 % Problem : NLP092+1 : TPTP v6.4.0. Released v2.4.0. % 0.00/0.04 % Command : isabelle tptp_refute %d %s % 0.03/0.23 % Computer : n011.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 12:43:09 CDT 2016 % 0.03/0.23 % CPUTime : % 6.31/5.84 > val it = (): unit % 6.61/6.12 Trying to find a model that refutes: ~ ((EX U. bnd_actual_world U & % 6.61/6.12 (EX V W X. % 6.61/6.12 ((((((bnd_male U V & bnd_man U V) & bnd_of U W V) & % 6.61/6.12 bnd_cannon U W) & % 6.61/6.12 (ALL Y. % 6.61/6.12 bnd_member U Y X --> % 6.61/6.12 (EX Z. (((((bnd_event U Z & bnd_agent U Z V) & % 6.61/6.12 bnd_patient U Z Y) & % 6.61/6.12 bnd_present U Z) & % 6.61/6.12 bnd_nonreflexive U Z) & % 6.61/6.12 bnd_fire U Z) & % 6.61/6.12 bnd_from_loc U Z W))) & % 6.61/6.12 bnd_six U X) & % 6.61/6.12 bnd_group U X) & % 6.61/6.12 (ALL X1. bnd_member U X1 X --> bnd_shot U X1))) & % 6.61/6.12 ~ (EX X2. % 6.61/6.12 bnd_actual_world X2 & % 6.61/6.12 (EX V W X X3 X4 X5. % 6.61/6.12 (((((((((((((((bnd_male X2 V & bnd_man X2 V) & bnd_of X2 W V) & % 6.61/6.12 bnd_cannon X2 W) & % 6.61/6.12 (ALL Y. % 6.61/6.12 bnd_member X2 Y X --> % 6.61/6.12 (EX Z. (((((bnd_event X2 Z & % 6.61/6.12 bnd_agent X2 Z V) & % 6.61/6.12 bnd_patient X2 Z Y) & % 6.61/6.12 bnd_present X2 Z) & % 6.61/6.12 bnd_nonreflexive X2 Z) & % 6.61/6.12 bnd_fire X2 Z) & % 6.61/6.12 bnd_from_loc X2 Z W))) & % 6.61/6.12 bnd_six X2 X) & % 6.61/6.12 bnd_group X2 X) & % 6.61/6.12 (ALL X1. bnd_member X2 X1 X --> bnd_shot X2 X1)) & % 6.61/6.12 bnd_cry X2 X3) & % 6.61/6.12 bnd_revenge X2 X4) & % 6.61/6.12 bnd_event X2 X5) & % 6.61/6.12 bnd_agent X2 X5 V) & % 6.61/6.12 bnd_patient X2 X5 X3) & % 6.61/6.12 bnd_present X2 X5) & % 6.61/6.12 bnd_nonreflexive X2 X5) & % 6.61/6.12 bnd_scream X2 X5) & % 6.61/6.12 bnd_of X2 X5 X4))) % 7.32/6.86 Unfolded term: [| ALL U V W X. % 7.32/6.86 (bnd_nonreflexive U V & bnd_agent U V W) & bnd_patient U V X --> % 7.32/6.86 ~ W = X; % 7.32/6.86 ALL U. ~ (EX V. bnd_member U V V); % 7.32/6.86 ALL U V. % 7.32/6.86 bnd_six U V = % 7.32/6.86 (EX W. bnd_member U W V & % 7.32/6.86 (EX X. (bnd_member U X V & ~ X = W) & % 7.32/6.86 (EX Y. ((bnd_member U Y V & ~ Y = X) & ~ Y = W) & % 7.32/6.86 (EX Z. (((bnd_member U Z V & ~ Z = Y) & % 7.32/6.86 ~ Z = X) & % 7.32/6.86 ~ Z = W) & % 7.32/6.86 (EX X1. % 7.32/6.86 ((((bnd_member U X1 V & ~ X1 = Z) & ~ X1 = Y) & ~ X1 = X) & ~ X1 = W) & % 7.32/6.86 (EX X2. % 7.32/6.86 (((((bnd_member U X2 V & ~ X2 = X1) & ~ X2 = Z) & ~ X2 = Y) & % 7.32/6.86 ~ X2 = X) & % 7.32/6.86 ~ X2 = W) & % 7.32/6.86 (ALL X3. % 7.32/6.86 bnd_member U X3 V --> % 7.32/6.86 ((((X3 = X2 | X3 = X1) | X3 = Z) | X3 = Y) | X3 = X) | % 7.32/6.86 X3 = W))))))); % 7.32/6.86 ALL U V. bnd_unisex U V --> ~ bnd_male U V; % 7.32/6.86 ALL U V. bnd_singleton U V --> ~ bnd_multiple U V; % 7.32/6.86 ALL U V. bnd_nonliving U V --> ~ bnd_living U V; % 7.32/6.86 ALL U V. bnd_existent U V --> ~ bnd_nonexistent U V; % 7.32/6.86 ALL U V. bnd_animate U V --> ~ bnd_nonliving U V; % 7.32/6.86 ALL U V. bnd_scream U V --> bnd_sound U V; % 7.32/6.86 ALL U V. bnd_sound U V --> bnd_event U V; % 7.32/6.86 ALL U V. bnd_event U V --> bnd_eventuality U V; % 7.32/6.86 ALL U V. bnd_eventuality U V --> bnd_thing U V; % 7.32/6.86 ALL U V. bnd_thing U V --> bnd_singleton U V; % 7.32/6.86 ALL U V. bnd_eventuality U V --> bnd_specific U V; % 7.32/6.86 ALL U V. bnd_eventuality U V --> bnd_nonexistent U V; % 7.32/6.86 ALL U V. bnd_eventuality U V --> bnd_unisex U V; % 7.32/6.86 ALL U V. bnd_scream U V --> bnd_event U V; % 7.32/6.86 ALL U V. bnd_cry U V --> bnd_event U V; % 7.32/6.86 ALL U V. bnd_revenge U V --> bnd_action U V; % 7.32/6.86 ALL U V. bnd_action U V --> bnd_act U V; % 7.32/6.86 ALL U V. bnd_act U V --> bnd_event U V; % 7.32/6.86 ALL U V. bnd_shot U V --> bnd_action U V; % 7.32/6.86 ALL U V. bnd_group U V --> bnd_set U V; % 7.32/6.86 ALL U V. bnd_set U V --> bnd_multiple U V; % 7.32/6.86 ALL U V. bnd_six U V --> bnd_group U V; % 7.32/6.86 ALL U V. bnd_fire U V --> bnd_event U V; % 7.32/6.86 ALL U V. bnd_cannon U V --> bnd_weapon U V; % 7.32/6.86 ALL U V. bnd_weapon U V --> bnd_weaponry U V; % 7.32/6.86 ALL U V. bnd_weaponry U V --> bnd_instrumentality U V; % 7.32/6.86 ALL U V. bnd_instrumentality U V --> bnd_artifact U V; % 7.32/6.86 ALL U V. bnd_artifact U V --> bnd_object U V; % 7.32/6.86 ALL U V. bnd_object U V --> bnd_entity U V; % 7.32/6.86 ALL U V. bnd_entity U V --> bnd_thing U V; % 7.32/6.86 ALL U V. bnd_entity U V --> bnd_specific U V; % 7.32/6.86 ALL U V. bnd_entity U V --> bnd_existent U V; % 7.32/6.86 ALL U V. bnd_object U V --> bnd_nonliving U V; % 7.32/6.86 ALL U V. bnd_object U V --> bnd_impartial U V; % 7.32/6.86 ALL U V. bnd_object U V --> bnd_unisex U V; % 7.32/6.86 ALL U V. bnd_man U V --> bnd_human_person U V; % 7.32/6.86 ALL U V. bnd_human_person U V --> bnd_organism U V; % 7.32/6.86 ALL U V. bnd_organism U V --> bnd_entity U V; % 7.32/6.86 ALL U V. bnd_organism U V --> bnd_impartial U V; % 7.32/6.86 ALL U V. bnd_organism U V --> bnd_living U V; % 7.32/6.86 ALL U V. bnd_human_person U V --> bnd_human U V; % 7.32/6.86 ALL U V. bnd_human_person U V --> bnd_animate U V; % 7.32/6.86 ALL U V. bnd_man U V --> bnd_male U V |] % 7.32/6.86 ==> ~ ((EX U. bnd_actual_world U & % 7.32/6.86 (EX V W X. % 7.32/6.86 ((((((bnd_male U V & bnd_man U V) & bnd_of U W V) & % 7.32/6.86 bnd_cannon U W) & % 7.32/6.86 (ALL Y. % 7.32/6.86 bnd_member U Y X --> % 7.32/6.86 (EX Z. (((((bnd_event U Z & bnd_agent U Z V) & % 7.32/6.86 bnd_patient U Z Y) & % 7.32/6.86 bnd_present U Z) & % 7.32/6.86 bnd_nonreflexive U Z) & % 7.32/6.86 bnd_fire U Z) & % 7.32/6.86 bnd_from_loc U Z W))) & % 7.32/6.86 bnd_six U X) & % 7.32/6.86 bnd_group U X) & % 7.32/6.86 (ALL X1. bnd_member U X1 X --> bnd_shot U X1))) & % 7.32/6.86 ~ (EX X2. % 7.32/6.86 bnd_actual_world X2 & % 7.32/6.86 (EX V W X X3 X4 X5. % 7.32/6.86 (((((((((((((((bnd_male X2 V & bnd_man X2 V) & % 7.32/6.86 bnd_of X2 W V) & % 7.32/6.86 bnd_cannon X2 W) & % 7.32/6.86 (ALL Y. % 7.32/6.86 bnd_member X2 Y X --> % 7.32/6.86 (EX Z. (((((bnd_event X2 Z & % 7.32/6.86 bnd_agent X2 Z V) & % 7.32/6.86 bnd_patient X2 Z Y) & % 7.32/6.86 bnd_present X2 Z) & % 7.32/6.86 bnd_nonreflexive X2 Z) & % 7.32/6.86 bnd_fire X2 Z) & % 7.32/6.86 bnd_from_loc X2 Z W))) & % 7.32/6.86 bnd_six X2 X) & % 7.32/6.86 bnd_group X2 X) & % 7.32/6.86 (ALL X1. bnd_member X2 X1 X --> bnd_shot X2 X1)) & % 7.32/6.86 bnd_cry X2 X3) & % 7.32/6.86 bnd_revenge X2 X4) & % 7.32/6.86 bnd_event X2 X5) & % 7.32/6.86 bnd_agent X2 X5 V) & % 7.32/6.86 bnd_patient X2 X5 X3) & % 7.32/6.86 bnd_present X2 X5) & % 7.32/6.86 bnd_nonreflexive X2 X5) & % 7.32/6.86 bnd_scream X2 X5) & % 7.32/6.86 bnd_of X2 X5 X4))) % 7.32/6.86 Adding axioms... % 7.32/6.87 Typedef.type_definition_def % 12.82/12.33 ...done. % 12.82/12.34 Ground types: ?'b, TPTP_Interpret.ind % 12.82/12.34 Translating term (sizes: 1, 1) ... % 16.83/16.30 Invoking SAT solver... % 16.83/16.30 No model exists. % 16.83/16.30 Translating term (sizes: 2, 1) ... % 21.35/20.90 Invoking SAT solver... % 21.35/20.90 No model exists. % 21.35/20.90 Translating term (sizes: 1, 2) ... % 234.52/233.17 Invoking SAT solver... % 234.52/233.18 No model exists. % 234.52/233.18 Translating term (sizes: 3, 1) ... % 241.56/240.17 Invoking SAT solver... % 241.56/240.17 No model exists. % 241.56/240.17 Translating term (sizes: 2, 2) ... %------------------------------------------------------------------------------