TSTP Solution File: SWV422-1.305 by Bliksem---1.12
View Problem
- Process Solution
%------------------------------------------------------------------------------
% File : Bliksem---1.12
% Problem : SWV422-1.305 : TPTP v8.1.0. Released v3.5.0.
% Transfm : none
% Format : tptp:raw
% Command : bliksem %s
% Computer : n013.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 0s
% DateTime : Wed Jul 20 16:24:58 EDT 2022
% Result : Unknown 0.57s 0.92s
% Output : None
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----No solution output by system
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.06/0.07 % Problem : SWV422-1.305 : TPTP v8.1.0. Released v3.5.0.
% 0.06/0.08 % Command : bliksem %s
% 0.08/0.26 % Computer : n013.cluster.edu
% 0.08/0.26 % Model : x86_64 x86_64
% 0.08/0.26 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.08/0.26 % Memory : 8042.1875MB
% 0.08/0.26 % OS : Linux 3.10.0-693.el7.x86_64
% 0.08/0.26 % CPULimit : 300
% 0.08/0.26 % DateTime : Wed Jun 15 14:48:13 EDT 2022
% 0.08/0.26 % CPUTime :
% 0.51/0.91 *** allocated 10000 integers for termspace/termends
% 0.51/0.91 *** allocated 10000 integers for clauses
% 0.51/0.91 *** allocated 10000 integers for justifications
% 0.51/0.91 Bliksem 1.12
% 0.51/0.91
% 0.51/0.91
% 0.51/0.91 Automatic Strategy Selection
% 0.51/0.91
% 0.51/0.91 Clauses:
% 0.51/0.91 [
% 0.51/0.91 [ succ( s0, s1 ) ],
% 0.51/0.91 [ succ( s1, s2 ) ],
% 0.51/0.91 [ succ( s2, s3 ) ],
% 0.51/0.91 [ succ( s3, s4 ) ],
% 0.51/0.91 [ succ( s4, s5 ) ],
% 0.51/0.91 [ succ( s5, s6 ) ],
% 0.51/0.91 [ succ( s6, s7 ) ],
% 0.51/0.91 [ succ( s7, s8 ) ],
% 0.51/0.91 [ succ( s8, s9 ) ],
% 0.51/0.91 [ succ( s9, s10 ) ],
% 0.51/0.91 [ succ( s10, s11 ) ],
% 0.51/0.91 [ succ( s11, s12 ) ],
% 0.51/0.91 [ succ( s12, s13 ) ],
% 0.51/0.91 [ succ( s13, s14 ) ],
% 0.51/0.91 [ succ( s14, s15 ) ],
% 0.51/0.91 [ succ( s15, s16 ) ],
% 0.51/0.91 [ succ( s16, s17 ) ],
% 0.51/0.91 [ succ( s17, s18 ) ],
% 0.51/0.91 [ succ( s18, s19 ) ],
% 0.51/0.91 [ succ( s19, s20 ) ],
% 0.51/0.91 [ succ( s20, s21 ) ],
% 0.51/0.91 [ succ( s21, s22 ) ],
% 0.51/0.91 [ succ( s22, s23 ) ],
% 0.51/0.91 [ succ( s23, s24 ) ],
% 0.51/0.91 [ succ( s24, s25 ) ],
% 0.51/0.91 [ succ( s25, s26 ) ],
% 0.51/0.91 [ succ( s26, s27 ) ],
% 0.51/0.91 [ succ( s27, s28 ) ],
% 0.51/0.91 [ succ( s28, s29 ) ],
% 0.51/0.91 [ succ( s29, s30 ) ],
% 0.51/0.91 [ succ( s30, s31 ) ],
% 0.51/0.91 [ succ( s31, s32 ) ],
% 0.51/0.91 [ succ( s32, s33 ) ],
% 0.51/0.91 [ succ( s33, s34 ) ],
% 0.51/0.91 [ succ( s34, s35 ) ],
% 0.51/0.91 [ succ( s35, s36 ) ],
% 0.51/0.91 [ succ( s36, s37 ) ],
% 0.51/0.91 [ succ( s37, s38 ) ],
% 0.51/0.91 [ succ( s38, s39 ) ],
% 0.51/0.91 [ succ( s39, s40 ) ],
% 0.51/0.91 [ succ( s40, s41 ) ],
% 0.51/0.91 [ succ( s41, s42 ) ],
% 0.51/0.91 [ succ( s42, s43 ) ],
% 0.51/0.91 [ succ( s43, s44 ) ],
% 0.51/0.91 [ succ( s44, s45 ) ],
% 0.51/0.91 [ succ( s45, s46 ) ],
% 0.51/0.91 [ succ( s46, s47 ) ],
% 0.51/0.91 [ succ( s47, s48 ) ],
% 0.51/0.91 [ succ( s48, s49 ) ],
% 0.51/0.91 [ succ( s49, s50 ) ],
% 0.51/0.91 [ succ( s50, s51 ) ],
% 0.51/0.91 [ succ( s51, s52 ) ],
% 0.51/0.91 [ succ( s52, s53 ) ],
% 0.51/0.91 [ succ( s53, s54 ) ],
% 0.51/0.91 [ succ( s54, s55 ) ],
% 0.51/0.91 [ succ( s55, s56 ) ],
% 0.51/0.91 [ succ( s56, s57 ) ],
% 0.51/0.91 [ succ( s57, s58 ) ],
% 0.51/0.91 [ succ( s58, s59 ) ],
% 0.51/0.91 [ succ( s59, s60 ) ],
% 0.51/0.91 [ succ( s60, s61 ) ],
% 0.51/0.91 [ succ( s61, s62 ) ],
% 0.51/0.91 [ succ( s62, s63 ) ],
% 0.51/0.91 [ succ( s63, s64 ) ],
% 0.51/0.91 [ succ( s64, s65 ) ],
% 0.51/0.91 [ succ( s65, s66 ) ],
% 0.51/0.91 [ succ( s66, s67 ) ],
% 0.51/0.91 [ succ( s67, s68 ) ],
% 0.51/0.91 [ succ( s68, s69 ) ],
% 0.51/0.91 [ succ( s69, s70 ) ],
% 0.51/0.91 [ succ( s70, s71 ) ],
% 0.51/0.91 [ succ( s71, s72 ) ],
% 0.51/0.91 [ succ( s72, s73 ) ],
% 0.51/0.91 [ succ( s73, s74 ) ],
% 0.51/0.91 [ succ( s74, s75 ) ],
% 0.51/0.91 [ succ( s75, s76 ) ],
% 0.51/0.91 [ succ( s76, s77 ) ],
% 0.51/0.91 [ succ( s77, s78 ) ],
% 0.51/0.91 [ succ( s78, s79 ) ],
% 0.51/0.91 [ succ( s79, s80 ) ],
% 0.51/0.91 [ succ( s80, s81 ) ],
% 0.51/0.91 [ succ( s81, s82 ) ],
% 0.51/0.91 [ succ( s82, s83 ) ],
% 0.51/0.91 [ succ( s83, s84 ) ],
% 0.51/0.91 [ succ( s84, s85 ) ],
% 0.51/0.91 [ succ( s85, s86 ) ],
% 0.51/0.91 [ succ( s86, s87 ) ],
% 0.51/0.91 [ succ( s87, s88 ) ],
% 0.51/0.91 [ succ( s88, s89 ) ],
% 0.51/0.91 [ succ( s89, s90 ) ],
% 0.51/0.91 [ succ( s90, s91 ) ],
% 0.51/0.91 [ succ( s91, s92 ) ],
% 0.51/0.91 [ succ( s92, s93 ) ],
% 0.51/0.91 [ succ( s93, s94 ) ],
% 0.51/0.91 [ succ( s94, s95 ) ],
% 0.51/0.91 [ succ( s95, s96 ) ],
% 0.51/0.91 [ succ( s96, s97 ) ],
% 0.51/0.91 [ succ( s97, s98 ) ],
% 0.51/0.91 [ succ( s98, s99 ) ],
% 0.51/0.91 [ succ( s99, s100 ) ],
% 0.51/0.91 [ succ( s100, s101 ) ],
% 0.51/0.91 [ succ( s101, s102 ) ],
% 0.51/0.91 [ succ( s102, s103 ) ],
% 0.51/0.91 [ succ( s103, s104 ) ],
% 0.51/0.91 [ succ( s104, s105 ) ],
% 0.51/0.91 [ succ( s105, s106 ) ],
% 0.51/0.91 [ succ( s106, s107 ) ],
% 0.51/0.91 [ succ( s107, s108 ) ],
% 0.51/0.91 [ succ( s108, s109 ) ],
% 0.51/0.91 [ succ( s109, s110 ) ],
% 0.51/0.91 [ succ( s110, s111 ) ],
% 0.51/0.91 [ succ( s111, s112 ) ],
% 0.51/0.91 [ succ( s112, s113 ) ],
% 0.51/0.91 [ succ( s113, s114 ) ],
% 0.51/0.91 [ succ( s114, s115 ) ],
% 0.51/0.91 [ succ( s115, s116 ) ],
% 0.51/0.91 [ succ( s116, s117 ) ],
% 0.51/0.91 [ succ( s117, s118 ) ],
% 0.51/0.91 [ succ( s118, s119 ) ],
% 0.51/0.91 [ succ( s119, s120 ) ],
% 0.51/0.91 [ succ( s120, s121 ) ],
% 0.51/0.91 [ succ( s121, s122 ) ],
% 0.51/0.91 [ succ( s122, s123 ) ],
% 0.51/0.91 [ succ( s123, s124 ) ],
% 0.51/0.91 [ succ( s124, s125 ) ],
% 0.51/0.91 [ succ( s125, s126 ) ],
% 0.51/0.91 [ succ( s126, s127 ) ],
% 0.51/0.91 [ succ( s127, s128 ) ],
% 0.51/0.91 [ succ( s128, s129 ) ],
% 0.51/0.91 [ succ( s129, s130 ) ],
% 0.51/0.91 [ succ( s130, s131 ) ],
% 0.51/0.91 [ succ( s131, s132 ) ],
% 0.51/0.91 [ succ( s132, s133 ) ],
% 0.51/0.91 [ succ( s133, s134 ) ],
% 0.51/0.91 [ succ( s134, s135 ) ],
% 0.51/0.91 [ succ( s135, s136 ) ],
% 0.51/0.91 [ succ( s136, s137 ) ],
% 0.51/0.91 [ succ( s137, s138 ) ],
% 0.51/0.91 [ succ( s138, s139 ) ],
% 0.51/0.91 [ succ( s139, s140 ) ],
% 0.51/0.91 [ succ( s140, s141 ) ],
% 0.51/0.91 [ succ( s141, s142 ) ],
% 0.51/0.91 [ succ( s142, s143 ) ],
% 0.51/0.91 [ succ( s143, s144 ) ],
% 0.51/0.91 [ succ( s144, s145 ) ],
% 0.51/0.91 [ succ( s145, s146 ) ],
% 0.51/0.91 [ succ( s146, s147 ) ],
% 0.51/0.91 [ succ( s147, s148 ) ],
% 0.51/0.91 [ succ( s148, s149 ) ],
% 0.51/0.91 [ succ( s149, s150 ) ],
% 0.51/0.91 [ succ( s150, s151 ) ],
% 0.51/0.91 [ succ( s151, s152 ) ],
% 0.51/0.91 [ succ( s152, s153 ) ],
% 0.51/0.91 [ succ( s153, s154 ) ],
% 0.51/0.91 [ succ( s154, s155 ) ],
% 0.51/0.91 [ succ( s155, s156 ) ],
% 0.51/0.91 [ succ( s156, s157 ) ],
% 0.51/0.91 [ succ( s157, s158 ) ],
% 0.51/0.91 [ succ( s158, s159 ) ],
% 0.51/0.91 [ succ( s159, s160 ) ],
% 0.51/0.91 [ succ( s160, s161 ) ],
% 0.51/0.91 [ succ( s161, s162 ) ],
% 0.51/0.91 [ succ( s162, s163 ) ],
% 0.51/0.91 [ succ( s163, s164 ) ],
% 0.51/0.91 [ succ( s164, s165 ) ],
% 0.51/0.91 [ succ( s165, s166 ) ],
% 0.51/0.91 [ succ( s166, s167 ) ],
% 0.51/0.91 [ succ( s167, s168 ) ],
% 0.51/0.91 [ succ( s168, s169 ) ],
% 0.51/0.91 [ succ( s169, s170 ) ],
% 0.51/0.91 [ succ( s170, s171 ) ],
% 0.51/0.91 [ succ( s171, s172 ) ],
% 0.51/0.91 [ succ( s172, s173 ) ],
% 0.51/0.91 [ succ( s173, s174 ) ],
% 0.51/0.91 [ succ( s174, s175 ) ],
% 0.51/0.91 [ succ( s175, s176 ) ],
% 0.51/0.91 [ succ( s176, s177 ) ],
% 0.51/0.91 [ succ( s177, s178 ) ],
% 0.51/0.91 [ succ( s178, s179 ) ],
% 0.51/0.91 [ succ( s179, s180 ) ],
% 0.51/0.91 [ succ( s180, s181 ) ],
% 0.51/0.91 [ succ( s181, s182 ) ],
% 0.51/0.91 [ succ( s182, s183 ) ],
% 0.51/0.91 [ succ( s183, s184 ) ],
% 0.51/0.91 [ succ( s184, s185 ) ],
% 0.51/0.91 [ succ( s185, s186 ) ],
% 0.51/0.91 [ succ( s186, s187 ) ],
% 0.51/0.91 [ succ( s187, s188 ) ],
% 0.51/0.91 [ succ( s188, s189 ) ],
% 0.51/0.91 [ succ( s189, s190 ) ],
% 0.51/0.91 [ succ( s190, s191 ) ],
% 0.51/0.91 [ succ( s191, s192 ) ],
% 0.51/0.91 [ succ( s192, s193 ) ],
% 0.51/0.91 [ succ( s193, s194 ) ],
% 0.51/0.91 [ succ( s194, s195 ) ],
% 0.51/0.91 [ succ( s195, s196 ) ],
% 0.51/0.91 [ succ( s196, s197 ) ],
% 0.51/0.91 [ succ( s197, s198 ) ],
% 0.51/0.91 [ succ( s198, s199 ) ],
% 0.51/0.91 [ succ( s199, s200 ) ],
% 0.51/0.91 [ succ( s200, s201 ) ],
% 0.51/0.91 [ succ( s201, s202 ) ],
% 0.51/0.91 [ succ( s202, s203 ) ],
% 0.51/0.91 [ succ( s203, s204 ) ],
% 0.51/0.91 [ succ( s204, s205 ) ],
% 0.51/0.91 [ succ( s205, s206 ) ],
% 0.51/0.91 [ succ( s206, s207 ) ],
% 0.51/0.91 [ succ( s207, s208 ) ],
% 0.51/0.91 [ succ( s208, s209 ) ],
% 0.51/0.91 [ succ( s209, s210 ) ],
% 0.51/0.91 [ succ( s210, s211 ) ],
% 0.51/0.91 [ succ( s211, s212 ) ],
% 0.51/0.91 [ succ( s212, s213 ) ],
% 0.51/0.91 [ succ( s213, s214 ) ],
% 0.51/0.91 [ succ( s214, s215 ) ],
% 0.51/0.91 [ succ( s215, s216 ) ],
% 0.51/0.91 [ succ( s216, s217 ) ],
% 0.51/0.91 [ succ( s217, s218 ) ],
% 0.51/0.91 [ succ( s218, s219 ) ],
% 0.51/0.91 [ succ( s219, s220 ) ],
% 0.51/0.91 [ succ( s220, s221 ) ],
% 0.51/0.91 [ succ( s221, s222 ) ],
% 0.51/0.91 [ succ( s222, s223 ) ],
% 0.51/0.91 [ succ( s223, s224 ) ],
% 0.51/0.91 [ succ( s224, s225 ) ],
% 0.51/0.91 [ succ( s225, s226 ) ],
% 0.51/0.91 [ succ( s226, s227 ) ],
% 0.51/0.91 [ succ( s227, s228 ) ],
% 0.51/0.91 [ succ( s228, s229 ) ],
% 0.51/0.91 [ succ( s229, s230 ) ],
% 0.51/0.91 [ succ( s230, s231 ) ],
% 0.51/0.91 [ succ( s231, s232 ) ],
% 0.51/0.91 [ succ( s232, s233 ) ],
% 0.51/0.91 [ succ( s233, s234 ) ],
% 0.51/0.91 [ succ( s234, s235 ) ],
% 0.51/0.91 [ succ( s235, s236 ) ],
% 0.51/0.91 [ succ( s236, s237 ) ],
% 0.51/0.91 [ succ( s237, s238 ) ],
% 0.51/0.91 [ succ( s238, s239 ) ],
% 0.51/0.91 [ succ( s239, s240 ) ],
% 0.51/0.91 [ succ( s240, s241 ) ],
% 0.51/0.91 [ succ( s241, s242 ) ],
% 0.51/0.91 [ succ( s242, s243 ) ],
% 0.51/0.91 [ succ( s243, s244 ) ],
% 0.51/0.91 [ succ( s244, s245 ) ],
% 0.51/0.91 [ succ( s245, s246 ) ],
% 0.51/0.91 [ succ( s246, s247 ) ],
% 0.51/0.91 [ succ( s247, s248 ) ],
% 0.51/0.91 [ succ( s248, s249 ) ],
% 0.51/0.91 [ succ( s249, s250 ) ],
% 0.51/0.91 [ succ( s250, s251 ) ],
% 0.51/0.91 [ succ( s251, s252 ) ],
% 0.51/0.91 [ succ( s252, s253 ) ],
% 0.51/0.91 [ succ( s253, s254 ) ],
% 0.51/0.91 [ succ( s254, s255 ) ],
% 0.51/0.91 [ succ( s255, s256 ) ],
% 0.51/0.91 [ succ( s256, s257 ) ],
% 0.51/0.91 [ succ( s257, s258 ) ],
% 0.51/0.91 [ succ( s258, s259 ) ],
% 0.51/0.91 [ succ( s259, s260 ) ],
% 0.51/0.91 [ succ( s260, s261 ) ],
% 0.51/0.91 [ succ( s261, s262 ) ],
% 0.51/0.91 [ succ( s262, s263 ) ],
% 0.51/0.91 [ succ( s263, s264 ) ],
% 0.51/0.91 [ succ( s264, s265 ) ],
% 0.51/0.91 [ succ( s265, s266 ) ],
% 0.51/0.91 [ succ( s266, s267 ) ],
% 0.51/0.91 [ succ( s267, s268 ) ],
% 0.51/0.91 [ succ( s268, s269 ) ],
% 0.51/0.91 [ succ( s269, s270 ) ],
% 0.51/0.91 [ succ( s270, s271 ) ],
% 0.51/0.91 [ succ( s271, s272 ) ],
% 0.51/0.91 [ succ( s272, s273 ) ],
% 0.51/0.91 [ succ( s273, s274 ) ],
% 0.51/0.91 [ succ( s274, s275 ) ],
% 0.51/0.91 [ succ( s275, s276 ) ],
% 0.51/0.91 [ succ( s276, s277 ) ],
% 0.51/0.91 [ succ( s277, s278 ) ],
% 0.51/0.91 [ succ( s278, s279 ) ],
% 0.51/0.91 [ succ( s279, s280 ) ],
% 0.51/0.91 [ succ( s280, s281 ) ],
% 0.51/0.91 [ succ( s281, s282 ) ],
% 0.51/0.91 [ succ( s282, s283 ) ],
% 0.51/0.91 [ succ( s283, s284 ) ],
% 0.51/0.91 [ succ( s284, s285 ) ],
% 0.51/0.91 [ succ( s285, s286 ) ],
% 0.51/0.91 [ succ( s286, s287 ) ],
% 0.51/0.91 [ succ( s287, s288 ) ],
% 0.51/0.91 [ succ( s288, s289 ) ],
% 0.51/0.91 [ succ( s289, s290 ) ],
% 0.51/0.91 [ succ( s290, s291 ) ],
% 0.51/0.91 [ succ( s291, s292 ) ],
% 0.51/0.91 [ succ( s292, s293 ) ],
% 0.51/0.91 [ succ( s293, s294 ) ],
% 0.51/0.91 [ succ( s294, s295 ) ],
% 0.51/0.91 [ succ( s295, s296 ) ],
% 0.51/0.91 [ succ( s296, s297 ) ],
% 0.51/0.91 [ succ( s297, s298 ) ],
% 0.51/0.91 [ succ( s298, s299 ) ],
% 0.51/0.91 [ succ( s299, s300 ) ],
% 0.51/0.91 [ succ( s300, s301 ) ],
% 0.51/0.91 [ succ( s301, s302 ) ],
% 0.51/0.91 [ succ( s302, s303 ) ],
% 0.51/0.91 [ succ( s303, s304 ) ],
% 0.51/0.91 [ last( s304 ) ],
% 0.51/0.91 [ ~( succ( X, Y ) ), trans( X, Y ) ],
% 0.51/0.91 [ ~( loop ), trans( s304, s0 ), trans( s304, s1 ), trans( s304, s2 ),
% 0.51/0.91 trans( s304, s3 ), trans( s304, s4 ), trans( s304, s5 ), trans( s304, s6
% 0.51/0.91 ), trans( s304, s7 ), trans( s304, s8 ), trans( s304, s9 ), trans( s304
% 0.51/0.91 , s10 ), trans( s304, s11 ), trans( s304, s12 ), trans( s304, s13 ),
% 0.51/0.91 trans( s304, s14 ), trans( s304, s15 ), trans( s304, s16 ), trans( s304,
% 0.51/0.91 s17 ), trans( s304, s18 ), trans( s304, s19 ), trans( s304, s20 ), trans(
% 0.51/0.91 s304, s21 ), trans( s304, s22 ), trans( s304, s23 ), trans( s304, s24 ),
% 0.51/0.91 trans( s304, s25 ), trans( s304, s26 ), trans( s304, s27 ), trans( s304,
% 0.51/0.91 s28 ), trans( s304, s29 ), trans( s304, s30 ), trans( s304, s31 ), trans(
% 0.51/0.91 s304, s32 ), trans( s304, s33 ), trans( s304, s34 ), trans( s304, s35 ),
% 0.51/0.91 trans( s304, s36 ), trans( s304, s37 ), trans( s304, s38 ), trans( s304,
% 0.51/0.91 s39 ), trans( s304, s40 ), trans( s304, s41 ), trans( s304, s42 ), trans(
% 0.51/0.91 s304, s43 ), trans( s304, s44 ), trans( s304, s45 ), trans( s304, s46 ),
% 0.51/0.91 trans( s304, s47 ), trans( s304, s48 ), trans( s304, s49 ), trans( s304,
% 0.51/0.91 s50 ), trans( s304, s51 ), trans( s304, s52 ), trans( s304, s53 ), trans(
% 0.51/0.91 s304, s54 ), trans( s304, s55 ), trans( s304, s56 ), trans( s304, s57 ),
% 0.51/0.91 trans( s304, s58 ), trans( s304, s59 ), trans( s304, s60 ), trans( s304,
% 0.51/0.91 s61 ), trans( s304, s62 ), trans( s304, s63 ), trans( s304, s64 ), trans(
% 0.51/0.91 s304, s65 ), trans( s304, s66 ), trans( s304, s67 ), trans( s304, s68 ),
% 0.51/0.91 trans( s304, s69 ), trans( s304, s70 ), trans( s304, s71 ), trans( s304,
% 0.51/0.91 s72 ), trans( s304, s73 ), trans( s304, s74 ), trans( s304, s75 ), trans(
% 0.51/0.91 s304, s76 ), trans( s304, s77 ), trans( s304, s78 ), trans( s304, s79 ),
% 0.51/0.91 trans( s304, s80 ), trans( s304, s81 ), trans( s304, s82 ), trans( s304,
% 0.51/0.91 s83 ), trans( s304, s84 ), trans( s304, s85 ), trans( s304, s86 ), trans(
% 0.51/0.91 s304, s87 ), trans( s304, s88 ), trans( s304, s89 ), trans( s304, s90 ),
% 0.51/0.91 trans( s304, s91 ), trans( s304, s92 ), trans( s304, s93 ), trans( s304,
% 0.51/0.91 s94 ), trans( s304, s95 ), trans( s304, s96 ), trans( s304, s97 ), trans(
% 0.51/0.91 s304, s98 ), trans( s304, s99 ), trans( s304, s100 ), trans( s304, s101 )
% 0.51/0.91 , trans( s304, s102 ), trans( s304, s103 ), trans( s304, s104 ), trans(
% 0.51/0.91 s304, s105 ), trans( s304, s106 ), trans( s304, s107 ), trans( s304, s108
% 0.51/0.91 ), trans( s304, s109 ), trans( s304, s110 ), trans( s304, s111 ), trans(
% 0.51/0.91 s304, s112 ), trans( s304, s113 ), trans( s304, s114 ), trans( s304, s115
% 0.51/0.91 ), trans( s304, s116 ), trans( s304, s117 ), trans( s304, s118 ), trans(
% 0.51/0.91 s304, s119 ), trans( s304, s120 ), trans( s304, s121 ), trans( s304, s122
% 0.51/0.91 ), trans( s304, s123 ), trans( s304, s124 ), trans( s304, s125 ), trans(
% 0.51/0.91 s304, s126 ), trans( s304, s127 ), trans( s304, s128 ), trans( s304, s129
% 0.51/0.91 ), trans( s304, s130 ), trans( s304, s131 ), trans( s304, s132 ), trans(
% 0.51/0.91 s304, s133 ), trans( s304, s134 ), trans( s304, s135 ), trans( s304, s136
% 0.51/0.91 ), trans( s304, s137 ), trans( s304, s138 ), trans( s304, s139 ), trans(
% 0.51/0.91 s304, s140 ), trans( s304, s141 ), trans( s304, s142 ), trans( s304, s143
% 0.51/0.91 ), trans( s304, s144 ), trans( s304, s145 ), trans( s304, s146 ), trans(
% 0.51/0.91 s304, s147 ), trans( s304, s148 ), trans( s304, s149 ), trans( s304, s150
% 0.51/0.91 ), trans( s304, s151 ), trans( s304, s152 ), trans( s304, s153 ), trans(
% 0.51/0.91 s304, s154 ), trans( s304, s155 ), trans( s304, s156 ), trans( s304, s157
% 0.51/0.91 ), trans( s304, s158 ), trans( s304, s159 ), trans( s304, s160 ), trans(
% 0.51/0.91 s304, s161 ), trans( s304, s162 ), trans( s304, s163 ), trans( s304, s164
% 0.51/0.91 ), trans( s304, s165 ), trans( s304, s166 ), trans( s304, s167 ), trans(
% 0.51/0.91 s304, s168 ), trans( s304, s169 ), trans( s304, s170 ), trans( s304, s171
% 0.51/0.91 ), trans( s304, s172 ), trans( s304, s173 ), trans( s304, s174 ), trans(
% 0.51/0.91 s304, s175 ), trans( s304, s176 ), trans( s304, s177 ), trans( s304, s178
% 0.51/0.91 ), trans( s304, s179 ), trans( s304, s180 ), trans( s304, s181 ), trans(
% 0.51/0.91 s304, s182 ), trans( s304, s183 ), trans( s304, s184 ), trans( s304, s185
% 0.51/0.91 ), trans( s304, s186 ), trans( s304, s187 ), trans( s304, s188 ), trans(
% 0.51/0.91 s304, s189 ), trans( s304, s190 ), trans( s304, s191 ), trans( s304, s192
% 0.51/0.91 ), trans( s304, s193 ), trans( s304, s194 ), trans( s304, s195 ), trans(
% 0.51/0.91 s304, s196 ), trans( s304, s197 ), trans( s304, s198 ), trans( s304, s199
% 0.51/0.91 ), trans( s304, s200 ), trans( s304, s201 ), trans( s304, s202 ), trans(
% 0.51/0.91 s304, s203 ), trans( s304, s204 ), trans( s304, s205 ), trans( s304, s206
% 0.51/0.91 ), trans( s304, s207 ), trans( s304, s208 ), trans( s304, s209 ), trans(
% 0.51/0.91 s304, s210 ), trans( s304, s211 ), trans( s304, s212 ), trans( s304, s213
% 0.51/0.91 ), trans( s304, s214 ), trans( s304, s215 ), trans( s304, s216 ), trans(
% 0.51/0.91 s304, s217 ), trans( s304, s218 ), trans( s304, s219 ), trans( s304, s220
% 0.51/0.91 ), trans( s304, s221 ), trans( s304, s222 ), trans( s304, s223 ), trans(
% 0.51/0.91 s304, s224 ), trans( s304, s225 ), trans( s304, s226 ), trans( s304, s227
% 0.51/0.91 ), trans( s304, s228 ), trans( s304, s229 ), trans( s304, s230 ), trans(
% 0.51/0.91 s304, s231 ), trans( s304, s232 ), trans( s304, s233 ), trans( s304, s234
% 0.51/0.91 ), trans( s304, s235 ), trans( s304, s236 ), trans( s304, s237 ), trans(
% 0.51/0.91 s304, s238 ), trans( s304, s239 ), trans( s304, s240 ), trans( s304, s241
% 0.51/0.91 ), trans( s304, s242 ), trans( s304, s243 ), trans( s304, s244 ), trans(
% 0.51/0.91 s304, s245 ), trans( s304, s246 ), trans( s304, s247 ), trans( s304, s248
% 0.51/0.91 ), trans( s304, s249 ), trans( s304, s250 ), trans( s304, s251 ), trans(
% 0.51/0.91 s304, s252 ), trans( s304, s253 ), trans( s304, s254 ), trans( s304, s255
% 0.51/0.91 ), trans( s304, s256 ), trans( s304, s257 ), trans( s304, s258 ), trans(
% 0.51/0.91 s304, s259 ), trans( s304, s260 ), trans( s304, s261 ), trans( s304, s262
% 0.51/0.91 ), trans( s304, s263 ), trans( s304, s264 ), trans( s304, s265 ), trans(
% 0.51/0.91 s304, s266 ), trans( s304, s267 ), trans( s304, s268 ), trans( s304, s269
% 0.51/0.91 ), trans( s304, s270 ), trans( s304, s271 ), trans( s304, s272 ), trans(
% 0.51/0.91 s304, s273 ), trans( s304, s274 ), trans( s304, s275 ), trans( s304, s276
% 0.51/0.91 ), trans( s304, s277 ), trans( s304, s278 ), trans( s304, s279 ), trans(
% 0.51/0.91 s304, s280 ), trans( s304, s281 ), trans( s304, s282 ), trans( s304, s283
% 0.51/0.91 ), trans( s304, s284 ), trans( s304, s285 ), trans( s304, s286 ), trans(
% 0.51/0.91 s304, s287 ), trans( s304, s288 ), trans( s304, s289 ), trans( s304, s290
% 0.51/0.91 ), trans( s304, s291 ), trans( s304, s292 ), trans( s304, s293 ), trans(
% 0.51/0.91 s304, s294 ), trans( s304, s295 ), trans( s304, s296 ), trans( s304, s297
% 0.51/0.91 ), trans( s304, s298 ), trans( s304, s299 ), trans( s304, s300 ), trans(
% 0.51/0.91 s304, s301 ), trans( s304, s302 ), trans( s304, s303 ), trans( s304, s304
% 0.51/0.91 ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), 'm_main_v_state1'( X, 'c_t1' ),
% 0.51/0.91 'm_main_v_state1'( X, 'c_c1' ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~( 'm_main_v_state1'( X, 'c_t1' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~( 'm_main_v_state1'( X, 'c_c1' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, 'c_t1' ) ), ~( 'm_main_v_state1'( X, 'c_c1' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), 'm_main_v_state2'( X, 'c_t2' ),
% 0.51/0.91 'm_main_v_state2'( X, 'c_c2' ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~( 'm_main_v_state2'( X, 'c_t2' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~( 'm_main_v_state2'( X, 'c_c2' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, 'c_t2' ) ), ~( 'm_main_v_state2'( X, 'c_c2' )
% 0.51/0.91 ) ],
% 0.51/0.91 [ 'm_main_v_turn'( X, 'c_1' ), 'm_main_v_turn'( X, 'c_2' ) ],
% 0.51/0.91 [ ~( 'm_main_v_turn'( X, 'c_1' ) ), ~( 'm_main_v_turn'( X, 'c_2' ) ) ]
% 0.51/0.91 ,
% 0.51/0.91 [ 'm_main_v_state1'( s0, 'c_n1' ) ],
% 0.51/0.91 [ 'm_main_v_state2'( s0, 'c_n2' ) ],
% 0.51/0.91 [ 'm_main_v_turn'( s0, 'c_1' ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node1( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node1( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node2( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node2( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node3( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_c2' ), ~( node3( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_t1' ), ~( node4( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node4( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_t1' ), ~( node5( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node5( X ) ) ],
% 0.51/0.91 [ 'm_main_v_turn'( X, 'c_1' ), ~( node5( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, Y ), ~( 'm_main_v_state1'( Z, Y ) ), ~( node6( Z
% 0.51/0.91 , X ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, Y ) ), 'm_main_v_state1'( Z, Y ), ~( node6( Z
% 0.51/0.91 , X ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~( 'm_main_v_state2'( X, 'c_t2' )
% 0.51/0.91 ), 'm_main_v_state1'( Y, 'c_t1' ), ~( node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~( 'm_main_v_state2'(
% 0.51/0.91 X, 'c_n2' ) ), 'm_main_v_state1'( Y, 'c_t1' ), ~( node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), node2( X ), ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~(
% 0.51/0.91 'm_main_v_state2'( X, 'c_c2' ) ), 'm_main_v_state1'( Y, 'c_t1' ), ~(
% 0.51/0.91 node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), node2( X ), node3( X ), ~( 'm_main_v_state1'( X, 'c_t1' )
% 0.51/0.91 ), ~( 'm_main_v_state2'( X, 'c_n2' ) ), 'm_main_v_state1'( Y, 'c_c1' ),
% 0.51/0.91 ~( node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), node2( X ), node3( X ), node4( X ), ~( 'm_main_v_state1'(
% 0.51/0.91 X, 'c_t1' ) ), ~( 'm_main_v_state2'( X, 'c_t2' ) ), ~( 'm_main_v_turn'( X
% 0.51/0.91 , 'c_1' ) ), 'm_main_v_state1'( Y, 'c_c1' ), ~( node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), node2( X ), node3( X ), node4( X ), node5( X ), ~(
% 0.51/0.91 'm_main_v_state1'( X, 'c_c1' ) ), 'm_main_v_state1'( Y, 'c_n1' ), ~(
% 0.51/0.91 node7( X, Y ) ) ],
% 0.51/0.91 [ node1( X ), node2( X ), node3( X ), node4( X ), node5( X ),
% 0.51/0.91 'm_main_v_state1'( X, 'c_c1' ), node6( X, Y ), ~( node7( X, Y ) ) ],
% 0.51/0.91 [ ~( trans( X, Y ) ), node7( X, Y ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node8( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_t1' ), ~( node8( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node9( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node9( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node10( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_c1' ), ~( node10( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node11( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node11( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node12( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_t1' ), ~( node12( X ) ) ],
% 0.51/0.91 [ 'm_main_v_turn'( X, 'c_2' ), ~( node12( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, Y ), ~( 'm_main_v_state2'( Z, Y ) ), ~( node13(
% 0.51/0.91 Z, X ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, Y ) ), 'm_main_v_state2'( Z, Y ), ~( node13(
% 0.51/0.91 Z, X ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~( 'm_main_v_state1'( X, 'c_t1' )
% 0.51/0.91 ), 'm_main_v_state2'( Y, 'c_t2' ), ~( node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~( 'm_main_v_state1'(
% 0.51/0.91 X, 'c_n1' ) ), 'm_main_v_state2'( Y, 'c_t2' ), ~( node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), node9( X ), ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~(
% 0.51/0.91 'm_main_v_state1'( X, 'c_c1' ) ), 'm_main_v_state2'( Y, 'c_t2' ), ~(
% 0.51/0.91 node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), node9( X ), node10( X ), ~( 'm_main_v_state2'( X, 'c_t2' )
% 0.51/0.91 ), ~( 'm_main_v_state1'( X, 'c_n1' ) ), 'm_main_v_state2'( Y, 'c_c2' ),
% 0.51/0.91 ~( node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), node9( X ), node10( X ), node11( X ), ~( 'm_main_v_state2'(
% 0.51/0.91 X, 'c_t2' ) ), ~( 'm_main_v_state1'( X, 'c_t1' ) ), ~( 'm_main_v_turn'( X
% 0.51/0.91 , 'c_2' ) ), 'm_main_v_state2'( Y, 'c_c2' ), ~( node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), node9( X ), node10( X ), node11( X ), node12( X ), ~(
% 0.51/0.91 'm_main_v_state2'( X, 'c_c2' ) ), 'm_main_v_state2'( Y, 'c_n2' ), ~(
% 0.51/0.91 node14( X, Y ) ) ],
% 0.51/0.91 [ node8( X ), node9( X ), node10( X ), node11( X ), node12( X ),
% 0.51/0.91 'm_main_v_state2'( X, 'c_c2' ), node13( X, Y ), ~( node14( X, Y ) ) ]
% 0.51/0.91 ,
% 0.51/0.91 [ ~( trans( X, Y ) ), node14( X, Y ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_n1' ), ~( node15( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node15( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_n2' ), ~( node16( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state1'( X, 'c_t1' ), ~( node16( X ) ) ],
% 0.51/0.91 [ 'm_main_v_turn'( X, Y ), ~( 'm_main_v_turn'( Z, Y ) ), ~( node17( Z, X
% 0.51/0.91 ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_turn'( X, Y ) ), 'm_main_v_turn'( Z, Y ), ~( node17( Z, X
% 0.51/0.91 ) ) ],
% 0.51/0.91 [ ~( 'm_main_v_state1'( X, 'c_n1' ) ), ~( 'm_main_v_state2'( X, 'c_t2' )
% 0.51/0.91 ), 'm_main_v_turn'( Y, 'c_2' ), ~( node18( X, Y ) ) ],
% 0.51/0.91 [ node15( X ), ~( 'm_main_v_state2'( X, 'c_n2' ) ), ~( 'm_main_v_state1'(
% 0.51/0.91 X, 'c_t1' ) ), 'm_main_v_turn'( Y, 'c_1' ), ~( node18( X, Y ) ) ],
% 0.51/0.91 [ node15( X ), node16( X ), node17( X, Y ), ~( node18( X, Y ) ) ],
% 0.51/0.91 [ ~( trans( X, Y ) ), node18( X, Y ) ],
% 0.51/0.91 [ ~( 'm_main_v_state2'( X, 'c_c2' ) ), ~( always25( X ) ) ],
% 0.51/0.91 [ always25( X ), ~( trans( Y, X ) ), ~( always25( Y ) ) ],
% 0.51/0.91 [ loop, ~( always25( X ) ), ~( last( X ) ) ],
% 0.51/0.91 [ 'm_main_v_state2'( X, 'c_t2' ), ~( node26( X ) ) ],
% 0.51/0.91 [ always25( X ), ~( node26( X ) ) ],
% 0.51/0.91 [ node26( X ), xuntil28( X ), ~( until27( X ) ) ],
% 0.51/0.91 [ until27( X ), ~( succ( Y, X ) ), ~( xuntil28( Y ) ) ],
% 0.51/0.91 [ loop, ~( last( X ) ), ~( xuntil28( X ) ) ],
% 0.51/0.91 [ until2p29( X ), ~( trans( Y, X ) ), ~( last( Y ) ), ~( xuntil28( Y ) )
% 0.51/0.91 ],
% 0.51/0.91 [ node26( X ), xuntil2p30( X ), ~( until2p29( X ) ) ],
% 0.51/0.91 [ until2p29( X ), ~( succ( Y, X ) ), ~( xuntil2p30( Y ) ) ],
% 0.51/0.91 [ ~( last( X ) ), ~( xuntil2p30( X ) ) ],
% 0.51/0.91 [ until27( s0 ) ]
% 0.51/0.91 ] .
% 0.51/0.91
% 0.51/0.91
% 0.51/0.91 too many literals in clause
% 0.51/0.91
% 0.51/0.91 Memory use:
% 0.51/0.91
% 0.51/0.91 space for terms: 9290
% 0.51/0.91 space for clauses: 10419
% 0.51/0.91
% 0.51/0.91
% 0.51/0.91 clauses generated: 306
% 0.51/0.91 clauses kept: 306
% 0.51/0.91 clauses selected: 0
% 0.51/0.91 clauses deleted: 0
% 0.51/0.91 clauses inuse deleted: 0
% 0.51/0.91
% 0.51/0.91 subsentry: 0
% 0.51/0.91 literals s-matched: 0
% 0.51/0.91 literals matched: 0
% 0.51/0.91 full subsumption: 0
% 0.51/0.91
% 0.51/0.91 checksum: 301997380
% 0.51/0.91
% 0.51/0.91
% 0.51/0.91 Bliksem ended
%------------------------------------------------------------------------------