%------------------------------------------------------------------------------ % File : FDP---0.9.16 % Problem : GRP130-2.005 : TPTP v5.0.0. Released v1.2.0. % Transfm : add_equality % Format : protein % Command : fdp-casc %s %d % Computer : art02.cs.miami.edu % Model : i686 i686 % CPU : Intel(R) Pentium(R) 4 CPU 2.80GHz @ 2793MHz % Memory : 2018MB % OS : Linux 2.6.26.8-57.fc8 % CPULimit : 300s % DateTime : Sun Jan 9 03:55:30 EST 2011 % Result : Satisfiable 4.96s % Output : Assurance 4.96s % Verified : % SZS Type : None (Parsing solution fails) % Syntax : Number of formulae : 0 % Comments : %------------------------------------------------------------------------------ %----NO SOLUTION OUTPUT BY SYSTEM %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % FDPLL - A First-Order Davis-Putnam Theorem Prover % Version 0.9.16 (26/06/2002) % Proving /tmp/GRP130-2.005+noeq ... % Done. % Input File...............: /tmp/GRP130-2.005+noeq.tme % System...................: Linux art02.cs.miami.edu 2.6.26.8-57.fc8 #1 SMP Thu Dec 18 19:19:45 EST 2008 i686 i686 i386 GNU/Linux % Automatic mode...........: on % Time limit...............: 300 seconds % Current restart interval.: off % Restart with =-axioms....: off % Initial interpretation...: [+(_324205)] % Clause set type..........: Non-Horn, without equality % Equality transformation..: off % Non-constant functions...: no % Term depth settings......: 3/2 (Init/Increment) % unit_extend..............: on % splitting type...........: exact % Final tree statistics: % Tree for clause set......: as initially given % # Restarts...............: 0 % Term depth limit.........: 3 % # Splits.................: 39 % # Commits................: 0 % # Unit extension steps...: 744 % # Unit back subsumptions.: 0 % # Branches closed........: 17 % # Level cuts.............: 0 % Time.....................: 4.73 seconds. % Result...................: SATISFIABLE with model: % -(product(e_3, e_1, e_5)) % -(product(e_2, e_1, e_5)) % -(product(e_2, e_1, e_4)) % -(product(e_1, e_1, e_5)) % -(product(e_1, e_1, e_4)) % -(product(e_1, e_1, e_3)) % -(equalish(e_5, e_4)) % -(equalish(e_5, e_3)) % -(equalish(e_5, e_2)) % -(equalish(e_5, e_1)) % -(equalish(e_4, e_5)) % -(equalish(e_4, e_3)) % -(equalish(e_4, e_2)) % -(equalish(e_4, e_1)) % -(equalish(e_3, e_5)) % -(equalish(e_3, e_4)) % -(equalish(e_3, e_2)) % -(equalish(e_3, e_1)) % -(equalish(e_2, e_5)) % -(equalish(e_2, e_4)) % -(equalish(e_2, e_3)) % -(equalish(e_2, e_1)) % -(equalish(e_1, e_5)) % -(equalish(e_1, e_4)) % -(equalish(e_1, e_3)) % -(equalish(e_1, e_2)) % +(group_element(e_5)) % +(group_element(e_4)) % +(group_element(e_3)) % +(group_element(e_2)) % +(group_element(e_1)) % +(greater(e_5, e_4)) % +(greater(e_5, e_3)) % +(greater(e_4, e_3)) % +(greater(e_5, e_2)) % +(greater(e_4, e_2)) % +(greater(e_3, e_2)) % +(greater(e_5, e_1)) % +(greater(e_4, e_1)) % +(greater(e_3, e_1)) % +(greater(e_2, e_1)) % +(next(e_4, e_5)) % +(next(e_3, e_4)) % +(next(e_2, e_3)) % +(next(e_1, e_2)) % +(_324588) % -(greater(Y_324613, e_5)) % -(greater(Y_324638, e_4)) % -(greater(Y_324663, e_3)) % -(greater(Y_324688, e_2)) % -(next(X_324713, e_4)) % -(next(X_324738, e_3)) % -(next(X_324763, e_2)) % -(next(X_324788, e_1)) % -(greater(Y_324813, X1_324814)) % -(product(X_324840, Y_324841, e_4)) % -(product(X_324867, Y_324868, e_3)) % -(product(X_324894, Y_324895, e_2)) % -(product(X_324921, Y_324922, e_1)) % -(product(X_324948, e_4, Y_324949)) % -(product(X_324975, e_3, Y_324976)) % -(product(X_325002, e_2, Y_325003)) % -(product(X_325029, e_1, Y_325030)) % -(product(e_4, Y_325056, X_325057)) % -(product(e_3, Y_325083, X_325084)) % -(product(e_2, Y_325110, X_325111)) % -(product(e_1, Y_325137, X_325138)) % -(product(e_2, e_1, e_1)) % -(product(e_3, e_1, e_1)) % -(product(e_4, e_1, e_1)) % -(product(e_5, e_1, e_1)) % -(product(e_1, e_2, e_1)) % -(product(e_1, e_3, e_1)) % -(product(e_1, e_4, e_1)) % -(product(e_1, e_5, e_1)) % +(equalish(e_1, e_1)) % -(greater(e_1, e_2)) % +(product(e_1, e_1, e_1)) % -(product(e_1, e_1, e_2)) % -(product(e_1, e_5, e_5)) % -(product(e_1, e_5, e_4)) % -(product(e_5, e_1, e_5)) % -(product(e_5, e_1, e_4)) % +(product(e_1, e_3, e_4)) % +(product(e_4, e_2, e_1)) % +(product(e_1, e_2, e_3)) % -(product(e_1, e_3, e_3)) % +(product(e_2, e_4, e_1)) % +(product(e_3, e_5, e_1)) % +(product(e_1, e_4, e_5)) % -(product(e_4, e_2, e_2)) % -(product(e_1, e_2, e_2)) % -(product(e_1, e_3, e_2)) % +(product(e_3, e_3, e_3)) % -(product(e_1, e_4, e_4)) % -(product(e_2, e_4, e_4)) % -(product(e_1, e_2, e_5)) % -(product(e_3, e_5, e_5)) % +(product(e_5, e_3, e_1)) % +(product(e_2, e_2, e_2)) % +(product(e_2, e_5, e_4)) % +(product(e_4, e_3, e_2)) % +(product(e_1, e_5, e_2)) % +(product(e_5, e_5, e_5)) % -(product(e_3, e_2, e_1)) % -(product(e_3, e_3, e_1)) % +(product(e_4, e_4, e_4)) % +(product(e_3, e_2, e_5)) % -(product(e_1, e_4, e_3)) % -(product(e_5, e_3, e_3)) % -(product(e_2, e_2, e_1)) % -(product(e_2, e_5, e_1)) % -(product(e_4, e_3, e_4)) % -(product(e_1, e_5, e_3)) % -(product(e_3, e_5, e_3)) % -(product(e_5, e_5, e_3)) % -(product(e_4, e_2, e_3)) % -(product(e_4, e_3, e_3)) % -(product(e_4, e_4, e_3)) % +(product(e_5, e_4, e_3)) % -(product(e_3, e_2, e_3)) % -(product(e_1, e_4, e_2)) % -(product(e_2, e_4, e_2)) % -(product(e_4, e_4, e_2)) % -(product(e_3, e_2, e_2)) % -(product(e_3, e_3, e_2)) % -(product(e_3, e_5, e_2)) % +(product(e_4, e_5, e_3)) % -(product(e_5, e_4, e_1)) % -(product(e_5, e_5, e_1)) % +(product(e_3, e_4, e_2)) % -(product(e_4, e_5, e_4)) % -(product(e_2, e_5, e_2)) % -(product(e_1, e_3, e_5)) % -(product(e_3, e_3, e_5)) % -(product(e_5, e_3, e_5)) % -(product(e_2, e_2, e_5)) % -(product(e_2, e_4, e_5)) % -(product(e_2, e_5, e_5)) % -(product(e_3, e_4, e_1)) % -(product(e_3, e_4, e_5)) % -(product(e_3, e_4, e_3)) % -(product(e_3, e_3, e_4)) % -(product(e_3, e_4, e_4)) % -(product(e_3, e_5, e_4)) % -(greater(e_4, e_4)) % -(next(e_3, e_1)) % -(next(e_3, e_2)) % -(next(e_3, e_3)) % -(product(e_4, e_4, e_1)) % -(product(e_4, e_3, e_1)) % -(product(e_4, e_5, e_1)) % -(product(e_4, e_5, e_2)) % -(product(e_4, e_2, e_5)) % -(product(e_4, e_3, e_5)) % -(product(e_4, e_4, e_5)) % -(product(e_4, e_5, e_5)) % -(product(e_4, e_1, e_4)) % -(greater(e_5, e_5)) % -(next(e_4, e_1)) % -(next(e_4, e_2)) % -(next(e_4, e_3)) % -(next(e_4, e_4)) % +(product(e_2, e_3, e_5)) % +(product(e_3, e_1, e_4)) % +(product(e_4, e_1, e_5)) % -(product(e_5, e_4, e_5)) % -(product(e_1, e_2, e_4)) % -(product(e_2, e_2, e_4)) % -(product(e_3, e_2, e_4)) % -(product(e_4, e_2, e_4)) % -(product(e_5, e_3, e_4)) % -(product(e_5, e_4, e_4)) % -(product(e_5, e_5, e_4)) % +(equalish(e_4, e_4)) % -(product(e_2, e_3, e_1)) % -(product(e_2, e_3, e_4)) % -(product(e_2, e_3, e_2)) % -(product(e_3, e_1, e_3)) % -(product(e_4, e_1, e_3)) % -(product(e_2, e_2, e_3)) % -(product(e_2, e_3, e_3)) % -(product(e_2, e_4, e_3)) % -(product(e_2, e_5, e_3)) % +(equalish(e_3, e_3)) % -(greater(e_3, e_3)) % -(next(e_2, e_1)) % -(next(e_2, e_2)) % +(product(e_5, e_2, e_4)) % +(product(e_2, e_1, e_3)) % -(product(e_5, e_2, e_1)) % -(product(e_5, e_2, e_3)) % -(product(e_5, e_2, e_5)) % -(product(e_2, e_1, e_2)) % -(product(e_3, e_1, e_2)) % -(product(e_4, e_1, e_2)) % +(equalish(e_5, e_5)) % -(product(e_5, e_2, e_2)) % -(product(e_5, e_3, e_2)) % -(product(e_5, e_4, e_2)) % -(product(e_5, e_5, e_2)) % +(equalish(e_2, e_2)) % -(next(e_5, e_1)) % +(product(e_5, e_1, e_2)) % -(product(e_5, e_1, e_3)) % -(group_element(X_326349)) % %------------------------------------------------------------------------------