TSTP Solution File: GEO161-1 by Refute---2015
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%------------------------------------------------------------------------------
% File : Refute---2015
% Problem : GEO161-1 : TPTP v6.4.0. Released v2.5.0.
% Transfm : none
% Format : tptp:raw
% Command : isabelle tptp_refute %d %s
% Computer : n045.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 14:35:11 EDT 2016
% Result : Timeout 300.05s
% 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 : GEO161-1 : TPTP v6.4.0. Released v2.5.0.
% 0.00/0.04 % Command : isabelle tptp_refute %d %s
% 0.03/0.23 % Computer : n045.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 : Sat Apr 9 14:07:40 CDT 2016
% 0.03/0.23 % CPUTime :
% 6.31/6.03 > val it = (): unit
% 6.61/6.35 Trying to find a model that refutes: True
% 8.82/8.55 Unfolded term: [| !!A B.
% 8.82/8.55 ~ bnd_once A |
% 8.82/8.55 bnd_once (bnd_at_the_same_time A (bnd_at B (bnd_ax3_sk2 B A)));
% 8.82/8.55 !!A B C D E F.
% 8.82/8.55 ((~ bnd_once (bnd_at_the_same_time (bnd_at A B) (bnd_at C D)) |
% 8.82/8.55 ~ bnd_once (bnd_at_the_same_time (bnd_at A E) (bnd_at C F))) |
% 8.82/8.55 ~ bnd_ordered_by (bnd_trajectory_of A) B E) |
% 8.82/8.55 ~ bnd_ordered_by (bnd_trajectory_of C) F D;
% 8.82/8.55 !!A. bnd_trajectory_of A = bnd_ax3_sk1 A;
% 8.82/8.55 !!A B. ~ bnd_incident_o A (bnd_trajectory_of B) | bnd_once (bnd_at B A);
% 8.82/8.55 !!A B. ~ bnd_once (bnd_at A B) | bnd_incident_o B (bnd_trajectory_of A);
% 8.82/8.55 !!A B. ~ bnd_once (bnd_at_the_same_time A B) | bnd_once B;
% 8.82/8.55 !!A B. ~ bnd_once (bnd_at_the_same_time A B) | bnd_once A;
% 8.82/8.55 !!A. ~ bnd_once A | bnd_once (bnd_at_the_same_time A A);
% 8.82/8.55 !!A B C.
% 8.82/8.55 ~ bnd_once (bnd_at_the_same_time A (bnd_at_the_same_time B C)) |
% 8.82/8.55 bnd_once (bnd_at_the_same_time (bnd_at_the_same_time A B) C);
% 8.82/8.55 !!A B C.
% 8.82/8.55 ~ bnd_once (bnd_at_the_same_time (bnd_at_the_same_time A B) C) |
% 8.82/8.55 bnd_once (bnd_at_the_same_time A (bnd_at_the_same_time B C));
% 9.03/8.74 !!A B.
% 9.03/8.74 ~ bnd_once (bnd_at_the_same_time A B) |
% 9.03/8.74 bnd_once (bnd_at_the_same_time B A);
% 9.03/8.74 !!A B.
% 9.03/8.74 ~ bnd_once (bnd_at_the_same_time A B) |
% 9.03/8.74 bnd_once (bnd_at_the_same_time B A);
% 9.03/8.74 !!A B C.
% 9.03/8.74 ~ bnd_once (bnd_at_the_same_time (bnd_at A B) (bnd_at C B)) |
% 9.03/8.74 bnd_connect A C B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ~ bnd_connect A B C |
% 9.03/8.74 bnd_once (bnd_at_the_same_time (bnd_at A C) (bnd_at B C));
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax2_sk10 A B) B |
% 9.03/8.74 ~ bnd_incident_o (bnd_ax2_sk10 A B) A) |
% 9.03/8.74 B = bnd_underlying_curve A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax2_sk10 A B) B |
% 9.03/8.74 bnd_incident_c (bnd_ax2_sk10 A B) B) |
% 9.03/8.74 B = bnd_underlying_curve A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_incident_o (bnd_ax2_sk10 A B) A |
% 9.03/8.74 ~ bnd_incident_o (bnd_ax2_sk10 A B) A) |
% 9.03/8.74 B = bnd_underlying_curve A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_incident_o (bnd_ax2_sk10 A B) A |
% 9.03/8.74 bnd_incident_c (bnd_ax2_sk10 A B) B) |
% 9.03/8.74 B = bnd_underlying_curve A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (~ A = bnd_underlying_curve B | ~ bnd_incident_c C A) |
% 9.03/8.74 bnd_incident_o C B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (~ A = bnd_underlying_curve B | ~ bnd_incident_o C B) |
% 9.03/8.74 bnd_incident_c C A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_ordered_by A (bnd_ax2_sk8 A B) (bnd_ax2_sk9 A B) |
% 9.03/8.74 ~ bnd_ordered_by B (bnd_ax2_sk8 A B) (bnd_ax2_sk9 A B)) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_ordered_by A (bnd_ax2_sk8 A B) (bnd_ax2_sk9 A B) |
% 9.03/8.74 bnd_ordered_by A (bnd_ax2_sk8 A B) (bnd_ax2_sk9 A B)) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_ordered_by A (bnd_ax2_sk8 B A) (bnd_ax2_sk9 B A) |
% 9.03/8.74 ~ bnd_ordered_by A (bnd_ax2_sk8 B A) (bnd_ax2_sk9 B A)) |
% 9.03/8.74 A = B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_ordered_by A (bnd_ax2_sk8 B A) (bnd_ax2_sk9 B A) |
% 9.03/8.74 bnd_ordered_by B (bnd_ax2_sk8 B A) (bnd_ax2_sk9 B A)) |
% 9.03/8.74 A = B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (((~ bnd_open A | B = C) | ~ bnd_incident_c B A) |
% 9.03/8.74 ~ bnd_incident_c C A) |
% 9.03/8.74 bnd_ordered_by (bnd_ax2_sk7 A C B) B C;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((((~ bnd_open A | B = C) | ~ bnd_incident_c B A) |
% 9.03/8.74 ~ bnd_incident_c C A) |
% 9.03/8.74 ~ bnd_incident_c D A) |
% 9.03/8.74 bnd_incident_o D (bnd_ax2_sk7 A C B);
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((((~ bnd_open A | B = C) | ~ bnd_incident_c B A) |
% 9.03/8.74 ~ bnd_incident_c C A) |
% 9.03/8.74 ~ bnd_incident_o D (bnd_ax2_sk7 A C B)) |
% 9.03/8.74 bnd_incident_c D A;
% 9.03/8.74 !!A. bnd_start_point (bnd_ax2_sk6 A) A;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((~ bnd_incident_c (bnd_ax2_sk5 A B C D E) A |
% 9.03/8.74 ~ bnd_incident_o (bnd_ax2_sk5 A B C D E) B) |
% 9.03/8.74 ~ bnd_between_c A E D C) |
% 9.03/8.74 bnd_between_o B E D C;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((~ bnd_incident_c (bnd_ax2_sk5 A B C D E) A |
% 9.03/8.74 bnd_incident_c (bnd_ax2_sk5 A B C D E) A) |
% 9.03/8.74 ~ bnd_between_c A E D C) |
% 9.03/8.74 bnd_between_o B E D C;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((bnd_incident_o (bnd_ax2_sk5 A B C D E) B |
% 9.03/8.74 ~ bnd_incident_o (bnd_ax2_sk5 A B C D E) B) |
% 9.03/8.74 ~ bnd_between_c A E D C) |
% 9.03/8.74 bnd_between_o B E D C;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((bnd_incident_o (bnd_ax2_sk5 A B C D E) B |
% 9.03/8.74 bnd_incident_c (bnd_ax2_sk5 A B C D E) A) |
% 9.03/8.74 ~ bnd_between_c A E D C) |
% 9.03/8.74 bnd_between_o B E D C;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ~ bnd_between_o A B C D | bnd_between_c (bnd_ax2_sk4 A D C B) B C D;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 (~ bnd_between_o A B C D | ~ bnd_incident_c E (bnd_ax2_sk4 A D C B)) |
% 9.03/8.74 bnd_incident_o E A;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 (~ bnd_between_o A B C D | ~ bnd_incident_o E A) |
% 9.03/8.74 bnd_incident_c E (bnd_ax2_sk4 A D C B);
% 9.03/8.74 !!A B. ~ bnd_incident_c A (bnd_ax2_sk3 B) | bnd_incident_o A B;
% 9.03/8.74 !!A B. ~ bnd_incident_o A B | bnd_incident_c A (bnd_ax2_sk3 B);
% 9.03/8.74 !!A. bnd_open (bnd_ax2_sk3 A);
% 9.03/8.74 !!A B C. ~ bnd_ordered_by A B C | bnd_incident_o C A;
% 9.03/8.74 !!A B C. ~ bnd_ordered_by A B C | bnd_incident_o B A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | ~ bnd_ordered_by B (bnd_ax2_sk2 B A) A) |
% 9.03/8.74 bnd_finish_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | bnd_incident_o (bnd_ax2_sk2 B A) B) |
% 9.03/8.74 bnd_finish_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | ~ A = bnd_ax2_sk2 B A) | bnd_finish_point A B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_finish_point A B | A = C) | ~ bnd_incident_o C B) |
% 9.03/8.74 bnd_ordered_by B C A;
% 9.03/8.74 !!A B. ~ bnd_finish_point A B | bnd_incident_o A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | ~ bnd_ordered_by B A (bnd_ax2_sk1 B A)) |
% 9.03/8.74 bnd_start_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | bnd_incident_o (bnd_ax2_sk1 B A) B) |
% 9.03/8.74 bnd_start_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_o A B | ~ A = bnd_ax2_sk1 B A) | bnd_start_point A B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_start_point A B | A = C) | ~ bnd_incident_o C B) |
% 9.03/8.74 bnd_ordered_by B A C;
% 9.03/8.74 !!A B. ~ bnd_start_point A B | bnd_incident_o A B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_ordered_by A B C | ~ bnd_ordered_by A C D) |
% 9.03/8.74 bnd_between_o A D C B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_ordered_by A B C | ~ bnd_ordered_by A C D) |
% 9.03/8.74 bnd_between_o A B C D;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_between_o A B C D | bnd_ordered_by A C D) |
% 9.03/8.74 bnd_ordered_by A C B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_between_o A B C D | bnd_ordered_by A C D) |
% 9.03/8.74 bnd_ordered_by A D C;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_between_o A B C D | bnd_ordered_by A B C) |
% 9.03/8.74 bnd_ordered_by A C B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ bnd_between_o A B C D | bnd_ordered_by A B C) |
% 9.03/8.74 bnd_ordered_by A D C;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((((A = B | ~ bnd_part_of C D) | ~ bnd_end_point A C) |
% 9.03/8.74 ~ bnd_end_point B C) |
% 9.03/8.74 ~ bnd_inner_point E C) |
% 9.03/8.74 bnd_between_c D A E B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ~ bnd_between_c A B C D | bnd_inner_point C (bnd_ax1_sk1 D C B A);
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ~ bnd_between_c A B C D | bnd_end_point D (bnd_ax1_sk1 D C B A);
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ~ bnd_between_c A B C D | bnd_end_point B (bnd_ax1_sk1 D C B A);
% 9.03/8.74 !!A B C D. ~ bnd_between_c A B C D | bnd_part_of (bnd_ax1_sk1 D C B A) A;
% 9.03/8.74 !!A B C D. ~ bnd_between_c A B C D | ~ B = D;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax0_sk13 A B) A |
% 9.03/8.74 ~ bnd_incident_c (bnd_ax0_sk13 A B) B) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax0_sk13 A B) A |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk13 A B) A) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_incident_c (bnd_ax0_sk13 A B) B |
% 9.03/8.74 ~ bnd_incident_c (bnd_ax0_sk13 A B) B) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B.
% 9.03/8.74 (bnd_incident_c (bnd_ax0_sk13 A B) B |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk13 A B) A) |
% 9.03/8.74 B = A;
% 9.03/8.74 !!A B C. ~ bnd_meet A B C | bnd_ax0_sk12 C B = bnd_sum B C;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 (((~ bnd_closed A | ~ bnd_meet B C D) | ~ A = bnd_sum C D) |
% 9.03/8.74 ~ bnd_end_point E C) |
% 9.03/8.74 bnd_meet E C D;
% 9.03/8.74 !!A B. ~ bnd_end_point A B | ~ A = bnd_ax0_sk11 A B;
% 9.03/8.74 !!A B. ~ bnd_end_point A B | bnd_end_point (bnd_ax0_sk11 A B) B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((((~ bnd_end_point A B | ~ bnd_end_point C B) |
% 9.03/8.74 ~ bnd_end_point D B) |
% 9.03/8.74 A = C) |
% 9.03/8.74 A = D) |
% 9.03/8.74 C = D;
% 9.03/8.74 !!A B.
% 9.03/8.74 ~ bnd_inner_point A B |
% 9.03/8.74 B = bnd_sum (bnd_ax0_sk9 A B) (bnd_ax0_sk10 A B);
% 9.03/8.74 !!A B.
% 9.03/8.74 ~ bnd_inner_point A B |
% 9.03/8.74 bnd_meet A (bnd_ax0_sk9 A B) (bnd_ax0_sk10 A B);
% 9.03/8.74 !!A. bnd_inner_point (bnd_ax0_sk8 A) A;
% 9.03/8.74 !!A B C D E.
% 9.03/8.74 ((((((((((~ bnd_part_of A B | ~ bnd_part_of C B) |
% 9.03/8.74 ~ bnd_part_of D B) |
% 9.03/8.74 ~ bnd_end_point E A) |
% 9.03/8.74 ~ bnd_end_point E C) |
% 9.03/8.74 ~ bnd_end_point E D) |
% 9.03/8.74 bnd_part_of C D) |
% 9.03/8.74 bnd_part_of D C) |
% 9.03/8.74 bnd_part_of A C) |
% 9.03/8.74 bnd_part_of C A) |
% 9.03/8.74 bnd_part_of A D) |
% 9.03/8.74 bnd_part_of D A;
% 9.03/8.74 !!A B. (~ bnd_part_of A B | A = B) | bnd_open A;
% 9.03/8.74 !!A B. ~ bnd_end_point A B | bnd_open B;
% 9.03/8.74 !!A. ~ bnd_open A | bnd_end_point (bnd_ax0_sk7 A) A;
% 9.03/8.74 !!A. bnd_end_point (bnd_ax0_sk6 A) A | bnd_closed A;
% 9.03/8.74 !!A B. ~ bnd_closed A | ~ bnd_end_point B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (((~ bnd_incident_c A B | ~ bnd_incident_c A C) |
% 9.03/8.74 ~ bnd_end_point (bnd_ax0_sk5 C B A) B) |
% 9.03/8.74 ~ bnd_end_point (bnd_ax0_sk5 C B A) C) |
% 9.03/8.74 bnd_meet A B C;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_incident_c A B | ~ bnd_incident_c A C) |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk5 C B A) C) |
% 9.03/8.74 bnd_meet A B C;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_incident_c A B | ~ bnd_incident_c A C) |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk5 C B A) B) |
% 9.03/8.74 bnd_meet A B C;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((~ bnd_meet A B C | ~ bnd_incident_c D B) | ~ bnd_incident_c D C) |
% 9.03/8.74 bnd_end_point D C;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((~ bnd_meet A B C | ~ bnd_incident_c D B) | ~ bnd_incident_c D C) |
% 9.03/8.74 bnd_end_point D B;
% 9.03/8.74 !!A B C. ~ bnd_meet A B C | bnd_incident_c A C;
% 9.03/8.74 !!A B C. ~ bnd_meet A B C | bnd_incident_c A B;
% 9.03/8.74 !!A B. (~ bnd_incident_c A B | bnd_end_point A B) | bnd_inner_point A B;
% 9.03/8.74 !!A B. ~ bnd_inner_point A B | ~ bnd_end_point A B;
% 9.03/8.74 !!A B. ~ bnd_inner_point A B | bnd_incident_c A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B |
% 9.03/8.74 ~ bnd_part_of (bnd_ax0_sk4 B A) (bnd_ax0_sk3 B A)) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B |
% 9.03/8.74 ~ bnd_part_of (bnd_ax0_sk3 B A) (bnd_ax0_sk4 B A)) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B | bnd_incident_c A (bnd_ax0_sk4 B A)) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B | bnd_incident_c A (bnd_ax0_sk3 B A)) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B | bnd_part_of (bnd_ax0_sk4 B A) B) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B.
% 9.03/8.74 (~ bnd_incident_c A B | bnd_part_of (bnd_ax0_sk3 B A) B) |
% 9.03/8.74 bnd_end_point A B;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (((((~ bnd_end_point A B | ~ bnd_part_of C B) | ~ bnd_part_of D B) |
% 9.03/8.74 ~ bnd_incident_c A C) |
% 9.03/8.74 ~ bnd_incident_c A D) |
% 9.03/8.74 bnd_part_of C D) |
% 9.03/8.74 bnd_part_of D C;
% 9.03/8.74 !!A B. ~ bnd_end_point A B | bnd_incident_c A B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax0_sk2 A B C) A |
% 9.03/8.74 ~ bnd_incident_c (bnd_ax0_sk2 A B C) C) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (~ bnd_incident_c (bnd_ax0_sk2 A B C) B |
% 9.03/8.74 ~ bnd_incident_c (bnd_ax0_sk2 A B C) C) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_incident_c (bnd_ax0_sk2 A B C) A |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) B) |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) A) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((~ bnd_incident_c (bnd_ax0_sk2 A B C) B |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) B) |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) A) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (bnd_incident_c (bnd_ax0_sk2 A B C) C |
% 9.03/8.74 ~ bnd_incident_c (bnd_ax0_sk2 A B C) C) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C.
% 9.03/8.74 ((bnd_incident_c (bnd_ax0_sk2 A B C) C |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) B) |
% 9.03/8.74 bnd_incident_c (bnd_ax0_sk2 A B C) A) |
% 9.03/8.74 C = bnd_sum B A;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ A = bnd_sum B C | ~ bnd_incident_c D C) | bnd_incident_c D A;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 (~ A = bnd_sum B C | ~ bnd_incident_c D B) | bnd_incident_c D A;
% 9.03/8.74 !!A B C D.
% 9.03/8.74 ((~ A = bnd_sum B C | ~ bnd_incident_c D A) | bnd_incident_c D B) |
% 9.03/8.74 bnd_incident_c D C;
% 9.03/8.74 !!A B. ~ bnd_incident_c (bnd_ax0_sk1 A B) B | bnd_part_of A B;
% 9.03/8.74 !!A B. bnd_incident_c (bnd_ax0_sk1 A B) A | bnd_part_of A B;
% 9.03/8.74 !!A B C.
% 9.03/8.74 (~ bnd_part_of A B | ~ bnd_incident_c C A) | bnd_incident_c C B |]
% 9.03/8.74 ==> True
% 9.03/8.74 Adding axioms...
% 9.03/8.74 Typedef.type_definition_def
% 22.94/22.61 ...done.
% 22.94/22.63 Ground types: ?'b, TPTP_Interpret.ind
% 22.94/22.63 Translating term (sizes: 1, 1) ...
% 34.16/33.81 Invoking SAT solver...
% 34.16/33.81 No model exists.
% 34.16/33.81 Translating term (sizes: 2, 1) ...
% 45.99/45.66 Invoking SAT solver...
% 45.99/45.66 No model exists.
% 45.99/45.66 Translating term (sizes: 1, 2) ...
% 167.55/166.75 Invoking SAT solver...
% 167.55/166.75 No model exists.
% 167.55/166.75 Translating term (sizes: 3, 1) ...
% 181.93/181.06 Invoking SAT solver...
% 181.93/181.06 No model exists.
% 181.93/181.06 Translating term (sizes: 2, 2) ...
% 300.05/298.22 /export/starexec/sandbox2/solver/lib/scripts/run-polyml-5.5.2: line 82: 38817 CPU time limit exceeded (core dumped) "$ISABELLE_HOME/lib/scripts/feeder" -p -h "$MLTEXT" -t "$MLEXIT" $FEEDER_OPTS
% 300.05/298.22 38818 (core dumped) | { read FPID; "$POLY" -q -i $ML_OPTIONS; RC="$?"; kill -TERM "$FPID"; exit "$RC"; }
% 300.05/298.23 /export/starexec/sandbox2/solver/src/HOL/TPTP/lib/Tools/tptp_refute: line 26: 38763 Exit 152 "$ISABELLE_PROCESS" -q -e "use_thy \"/tmp/$SCRATCH\"; exit 1;" HOL-TPTP
% 300.05/298.23 38764 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.$"
%------------------------------------------------------------------------------