%------------------------------------------------------------------------------ % File : SPASS-SCL---0.1 % Problem : MSC018+1 : TPTP v9.2.1. Released v4.0.0. % Transfm : none % Format : tptp % Command : /export/starexec/sandbox2/solver/bin/execute.py 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % Computer : n006.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 : 300s % DateTime : Thu May 7 07:28:57 PM UTC 2026 % Result : CounterSatisfiable 0.48s 0.57s % Output : Assurance 0s % Verified : % SZS Type : - % Comments : %------------------------------------------------------------------------------ %----No solution output by system %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.12/0.12 % Problem : MSC018+1 : TPTP v9.2.1. Released v4.0.0. % 0.12/0.13 % Command : /export/starexec/sandbox2/solver/bin/execute.py 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.16/0.34 % Computer : n006.cluster.edu % 0.16/0.34 % Model : x86_64 x86_64 % 0.16/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz % 0.16/0.34 % Memory : 8042.1875MB % 0.16/0.34 % OS : Linux 3.10.0-693.el7.x86_64 % 0.16/0.34 % CPULimit : 300 % 0.16/0.34 % WCLimit : 300 % 0.16/0.34 % DateTime : Thu May 7 12:42:47 EDT 2026 % 0.16/0.34 % CPUTime : % 0.16/0.34 SPASS-SCL-FOL version: % 0.16/0.44 SPASS-SCL-FOL 0.1 (595c0c7b1) [parallel mode] % 0.48/0.57 Starting: ./SPASS-SCL-FOL --heuristics_normal -t 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 Starting: ./SPASS-SCL-FOL --heuristics_resolution_1 -t 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 Starting: ./SPASS-SCL-FOL --heuristics_resolution_2 -t 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 Starting: ./SPASS-SCL-FOL --heuristics_resolution_3 -t 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 Starting: ./SPASS-SCL-FOL --heuristics_lmodel_grow -t 300 /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 Execution normal ended with status: satisfiable % 0.48/0.57 Used heuristic: normal % 0.48/0.57 % 0.48/0.57 Input Clauses: % 0.48/0.57 % 0.48/0.57 Predicates: s_contains s_partOf % 0.48/0.57 Fol Constants: s_g001 s_g002 s_g009 s_g019 s_g142 s_g150 s_g011 s_g014 s_g015 s_g017 s_g018 s_g053 s_g054 s_g057 s_g061 s_g005 s_g013 s_g021 s_g029 s_g003 s_g419 s_g030 s_g035 s_g143 s_g145 s_g034 s_g062 s_g039 s_g151 s_g154 s_g155 s_BF s_BJ s_CI s_CV s_GH s_GM s_GN s_GW s_LR s_ML s_MR s_NE s_NG s_SH s_SL s_SN s_TG s_BZ s_CR s_GT s_HN s_MX s_NI s_PA s_SV s_BI s_DJ s_ER s_ET s_KE s_KM s_MG s_MU s_MW s_MZ s_RE s_RW s_SC s_SO s_TZ s_UG s_YT s_ZM s_ZW s_CN s_HK s_JP s_KP s_KR s_MN s_MO s_TW s_BN s_ID s_KH s_LA s_MM s_BU s_MY s_PH s_SG s_TH s_TL s_TP s_VN s_TM s_TJ s_KG s_KZ s_UZ s_AE s_AM s_AZ s_BH s_CY s_GE s_IL s_IQ s_JO s_KW s_LB s_OM s_PS s_QA s_SA s_NT s_SY s_TR s_YE s_YD s_AF s_BD s_BT s_IN s_IR s_LK s_MV s_NP s_PK s_g172 s_DZ s_EG s_EH s_LY s_MA s_SD s_TN s_AD s_AL s_BA s_ES s_GI s_GR s_HR s_IT s_ME s_MK s_MT s_CS s_RS s_PT s_SI s_SM s_VA s_YU s_BG s_BY s_CZ s_HU s_MD s_PL s_RO s_RU s_SU s_SK s_UA s_GG s_IM s_JE s_AX s_DK s_EE s_FI s_FO s_GB s_IE s_IS s_LT s_LV s_NO s_SE s_SJ s_AT s_BE s_CH s_DE s_DD s_FR s_FX s_LI s_LU s_MC s_NL s_g830 s_AO s_CD s_ZR s_CF s_CG s_CM s_GA s_GQ s_ST s_TD s_BW s_LS s_NA s_SZ s_ZA s_AR s_BO s_BR s_CL s_CO s_EC s_FK s_GF s_GY s_PE s_PY s_SR s_UY s_VE s_BM s_CA s_GL s_PM s_US s_AG s_AI s_AN s_AW s_BB s_BL s_BS s_CU s_DM s_DO s_GD s_GP s_HT s_JM s_KN s_KY s_LC s_MF s_MQ s_MS s_PR s_TC s_TT s_VC s_VG s_VI s_AU s_NF s_NZ s_FJ s_NC s_PG s_SB s_VU s_FM s_GU s_KI s_MH s_MP s_NR s_PW s_AS s_CK s_NU s_PF s_PN s_TK s_TO s_TV s_WF s_WS % 0.48/0.57 Fol Functions: % 0.48/0.57 Problem Properties: % 0.48/0.57 This is a Bernays Schoenfinkel problem. % 0.48/0.57 % 0.48/0.57 After reduction: Problem Properties: % 0.48/0.57 This is a Bernays Schoenfinkel problem. % 0.48/0.57 % 0.48/0.57 % 0.48/0.57 Reduced Input Clauses: % 0.48/0.57 % 0.48/0.57 Most General Atoms: s_partOf(s_g002,s_g001) s_partOf(s_g009,s_g001) s_partOf(s_g019,s_g001) s_partOf(s_g142,s_g001) s_partOf(s_g150,s_g001) s_partOf(s_g011,s_g002) s_partOf(s_BF,s_g011) s_partOf(s_BJ,s_g011) s_partOf(s_CI,s_g011) s_partOf(s_CV,s_g011) s_partOf(s_GH,s_g011) s_partOf(s_GM,s_g011) s_partOf(s_GN,s_g011) s_partOf(s_GW,s_g011) s_partOf(s_LR,s_g011) s_partOf(s_ML,s_g011) s_partOf(s_MR,s_g011) s_partOf(s_NE,s_g011) s_partOf(s_NG,s_g011) s_partOf(s_SH,s_g011) s_partOf(s_SL,s_g011) s_partOf(s_SN,s_g011) s_partOf(s_TG,s_g011) s_partOf(s_g013,s_g019) s_partOf(s_g013,s_g003) s_partOf(s_g013,s_g419) s_partOf(s_BZ,s_g013) s_partOf(s_CR,s_g013) s_partOf(s_GT,s_g013) s_partOf(s_HN,s_g013) s_partOf(s_MX,s_g013) s_partOf(s_NI,s_g013) s_partOf(s_PA,s_g013) s_partOf(s_SV,s_g013) s_partOf(s_g014,s_g002) s_partOf(s_BI,s_g014) s_partOf(s_DJ,s_g014) s_partOf(s_ER,s_g014) s_partOf(s_ET,s_g014) s_partOf(s_KE,s_g014) s_partOf(s_KM,s_g014) s_partOf(s_MG,s_g014) s_partOf(s_MU,s_g014) s_partOf(s_MW,s_g014) s_partOf(s_MZ,s_g014) s_partOf(s_RE,s_g014) s_partOf(s_RW,s_g014) s_partOf(s_SC,s_g014) s_partOf(s_SO,s_g014) s_partOf(s_TZ,s_g014) s_partOf(s_UG,s_g014) s_partOf(s_YT,s_g014) s_partOf(s_ZM,s_g014) s_partOf(s_ZW,s_g014) s_partOf(s_g030,s_g142) s_partOf(s_g035,s_g142) s_partOf(s_g143,s_g142) s_partOf(s_g143,s_g062) s_partOf(s_g145,s_g142) s_partOf(s_g034,s_g142) s_partOf(s_g034,s_g062) s_partOf(s_g062,s_g142) s_partOf(s_TM,s_g143) s_partOf(s_TM,s_g172) s_partOf(s_TJ,s_g143) s_partOf(s_TJ,s_g172) s_partOf(s_KG,s_g143) s_partOf(s_KG,s_g172) s_partOf(s_KZ,s_g143) s_partOf(s_KZ,s_g172) s_partOf(s_UZ,s_g143) s_partOf(s_UZ,s_g172) s_partOf(s_AE,s_g145) s_partOf(s_AM,s_g145) s_partOf(s_AM,s_g172) s_partOf(s_AZ,s_g145) s_partOf(s_AZ,s_g172) s_partOf(s_BH,s_g145) s_partOf(s_CY,s_g145) s_partOf(s_GE,s_g145) s_partOf(s_GE,s_g172) s_partOf(s_IL,s_g145) s_partOf(s_IQ,s_g145) s_partOf(s_JO,s_g145) s_partOf(s_KW,s_g145) s_partOf(s_LB,s_g145) s_partOf(s_OM,s_g145) s_partOf(s_PS,s_g145) s_partOf(s_QA,s_g145) s_partOf(s_SA,s_g145) s_partOf(s_NT,s_g145) s_partOf(s_SY,s_g145) s_partOf(s_TR,s_g145) s_partOf(s_YE,s_g145) s_partOf(s_YD,s_g145) s_partOf(s_g015,s_g002) s_partOf(s_DZ,s_g015) s_partOf(s_EG,s_g015) s_partOf(s_EH,s_g015) s_partOf(s_LY,s_g015) s_partOf(s_MA,s_g015) s_partOf(s_SD,s_g015) s_partOf(s_TN,s_g015) s_partOf(s_g039,s_g150) s_partOf(s_g151,s_g150) s_partOf(s_g154,s_g150) s_partOf(s_g155,s_g150) s_partOf(s_BG,s_g151) s_partOf(s_BY,s_g151) s_partOf(s_BY,s_g172) s_partOf(s_CZ,s_g151) s_partOf(s_HU,s_g151) s_partOf(s_MD,s_g151) s_partOf(s_MD,s_g172) s_partOf(s_PL,s_g151) s_partOf(s_RO,s_g151) s_partOf(s_RU,s_g151) s_partOf(s_RU,s_g172) s_partOf(s_SU,s_g151) s_partOf(s_SK,s_g151) s_partOf(s_UA,s_g151) s_partOf(s_UA,s_g172) s_partOf(s_GG,s_g154) s_partOf(s_GG,s_g830) s_contains(x0,x2) s_partOf(s_IM,s_g154) s_partOf(s_JE,s_g154) s_partOf(s_JE,s_g830) s_partOf(s_AX,s_g154) s_partOf(s_DK,s_g154) s_partOf(s_EE,s_g154) s_partOf(s_FI,s_g154) s_partOf(s_FO,s_g154) s_partOf(s_GB,s_g154) s_partOf(s_IE,s_g154) s_partOf(s_IS,s_g154) s_partOf(s_LT,s_g154) s_partOf(s_LV,s_g154) s_partOf(s_NO,s_g154) s_partOf(s_SE,s_g154) s_partOf(s_SJ,s_g154) s_partOf(s_AT,s_g155) s_partOf(s_BE,s_g155) s_partOf(s_CH,s_g155) s_partOf(s_DE,s_g155) s_partOf(s_DD,s_g155) s_partOf(s_FR,s_g155) s_partOf(s_FX,s_g155) s_partOf(s_LI,s_g155) s_partOf(s_LU,s_g155) s_partOf(s_MC,s_g155) s_partOf(s_NL,s_g155) s_partOf(s_g017,s_g002) s_partOf(s_AO,s_g017) s_partOf(s_CD,s_g017) s_partOf(s_ZR,s_g017) s_partOf(s_CF,s_g017) s_partOf(s_CG,s_g017) s_partOf(s_CM,s_g017) s_partOf(s_GA,s_g017) s_partOf(s_GQ,s_g017) s_partOf(s_ST,s_g017) s_partOf(s_TD,s_g017) s_partOf(s_g018,s_g002) s_partOf(s_BW,s_g018) s_partOf(s_LS,s_g018) s_partOf(s_NA,s_g018) s_partOf(s_SZ,s_g018) s_partOf(s_ZA,s_g018) s_partOf(s_g005,s_g019) s_partOf(s_g005,s_g419) s_partOf(s_g021,s_g019) s_partOf(s_g021,s_g003) s_partOf(s_g029,s_g019) s_partOf(s_g029,s_g003) s_partOf(s_g029,s_g419) s_partOf(s_g003,s_g019) s_partOf(s_g419,s_g019) s_partOf(s_BM,s_g021) s_partOf(s_CA,s_g021) s_partOf(s_GL,s_g021) s_partOf(s_PM,s_g021) s_partOf(s_US,s_g021) s_partOf(s_AG,s_g029) s_partOf(s_AI,s_g029) s_partOf(s_AN,s_g029) s_partOf(s_AW,s_g029) s_partOf(s_BB,s_g029) s_partOf(s_BL,s_g029) s_partOf(s_BS,s_g029) s_partOf(s_CU,s_g029) s_partOf(s_DM,s_g029) s_partOf(s_DO,s_g029) s_partOf(s_GD,s_g029) s_partOf(s_GP,s_g029) s_partOf(s_HT,s_g029) s_partOf(s_JM,s_g029) s_partOf(s_KN,s_g029) s_partOf(s_KY,s_g029) s_partOf(s_LC,s_g029) s_partOf(s_MF,s_g029) s_partOf(s_MQ,s_g029) s_partOf(s_MS,s_g029) s_partOf(s_PR,s_g029) s_partOf(s_TC,s_g029) s_partOf(s_TT,s_g029) s_partOf(s_VC,s_g029) s_partOf(s_VG,s_g029) s_partOf(s_VI,s_g029) s_partOf(s_CN,s_g030) s_partOf(s_HK,s_g030) s_partOf(s_JP,s_g030) s_partOf(s_KP,s_g030) s_partOf(s_KR,s_g030) s_partOf(s_MN,s_g030) s_partOf(s_MO,s_g030) s_partOf(s_TW,s_g030) s_partOf(s_BN,s_g035) s_partOf(s_ID,s_g035) s_partOf(s_KH,s_g035) s_partOf(s_LA,s_g035) s_partOf(s_MM,s_g035) s_partOf(s_BU,s_g035) s_partOf(s_MY,s_g035) s_partOf(s_PH,s_g035) s_partOf(s_SG,s_g035) s_partOf(s_TH,s_g035) s_partOf(s_TL,s_g035) s_partOf(s_TP,s_g035) s_partOf(s_VN,s_g035) s_partOf(s_AD,s_g039) s_partOf(s_AL,s_g039) s_partOf(s_BA,s_g039) s_partOf(s_ES,s_g039) s_partOf(s_GI,s_g039) s_partOf(s_GR,s_g039) s_partOf(s_HR,s_g039) s_partOf(s_IT,s_g039) s_partOf(s_ME,s_g039) s_partOf(s_MK,s_g039) s_partOf(s_MT,s_g039) s_partOf(s_CS,s_g039) s_partOf(s_RS,s_g039) s_partOf(s_PT,s_g039) s_partOf(s_SI,s_g039) s_partOf(s_SM,s_g039) s_partOf(s_VA,s_g039) s_partOf(s_YU,s_g039) s_partOf(s_AR,s_g005) s_partOf(s_BO,s_g005) s_partOf(s_BR,s_g005) s_partOf(s_CL,s_g005) s_partOf(s_CO,s_g005) s_partOf(s_EC,s_g005) s_partOf(s_FK,s_g005) s_partOf(s_GF,s_g005) s_partOf(s_GY,s_g005) s_partOf(s_PE,s_g005) s_partOf(s_PY,s_g005) s_partOf(s_SR,s_g005) s_partOf(s_UY,s_g005) s_partOf(s_VE,s_g005) s_partOf(s_g053,s_g009) s_partOf(s_AU,s_g053) s_partOf(s_NF,s_g053) s_partOf(s_NZ,s_g053) s_partOf(s_g054,s_g009) s_partOf(s_FJ,s_g054) s_partOf(s_NC,s_g054) s_partOf(s_PG,s_g054) s_partOf(s_SB,s_g054) s_partOf(s_VU,s_g054) s_partOf(s_g057,s_g009) s_partOf(s_FM,s_g057) s_partOf(s_GU,s_g057) s_partOf(s_KI,s_g057) s_partOf(s_MH,s_g057) s_partOf(s_MP,s_g057) s_partOf(s_NR,s_g057) s_partOf(s_PW,s_g057) s_partOf(s_g061,s_g009) s_partOf(s_AS,s_g061) s_partOf(s_CK,s_g061) s_partOf(s_NU,s_g061) s_partOf(s_PF,s_g061) s_partOf(s_PN,s_g061) s_partOf(s_TK,s_g061) s_partOf(s_TO,s_g061) s_partOf(s_TV,s_g061) s_partOf(s_WF,s_g061) s_partOf(s_WS,s_g061) s_partOf(s_AF,s_g034) s_partOf(s_BD,s_g034) s_partOf(s_BT,s_g034) s_partOf(s_IN,s_g034) s_partOf(s_IR,s_g034) s_partOf(s_LK,s_g034) s_partOf(s_MV,s_g034) s_partOf(s_NP,s_g034) s_partOf(s_PK,s_g034) % 0.48/0.57 % 0.48/0.57 === Starting SPASS-SCL-FOL A Little Less Naive, considering 600 atoms initially, heuristics mode: normal === % 0.48/0.57 % 0.48/0.57 % 0.48/0.57 Linear Model Building succeeded. % 0.48/0.57 SZS status Satisfiable % 0.48/0.57 % 0.48/0.57 Problem: /export/starexec/sandbox2/benchmark/theBenchmark.p % 0.48/0.57 % 0.48/0.57 SPASS-SCL-FOL Statistics: % 0.48/0.57 Number of learned clauses: 0 % 0.48/0.57 Number of propagations: 599 % 0.48/0.57 Number of decisions: 1 % 0.48/0.57 Number of resolutions: 0 % 0.48/0.57 Number of condensations: 0 % 0.48/0.57 Number of sub resolutions: 0 % 0.48/0.57 Number of input literals (deduplicated): 600 % 0.48/0.57 Number of grows: 0 % 0.48/0.57 Number of considered ground atoms: 600 % 0.48/0.57 % 0.48/0.57 Needed: 0:00:00.04 % 0.48/0.57 %------------------------------------------------------------------------------