0.00/0.05 % Problem : theBenchmark.p : TPTP v0.0.0. Released v0.0.0. 0.00/0.06 % Command : vampire --mode casc_sat -m 90000 -t %d %s 0.03/0.34 % Computer : n133.star.cs.uiowa.edu 0.03/0.34 % Model : x86_64 x86_64 0.03/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2609 0 @ 2.40GHz 0.03/0.34 % Memory : 32218.625MB 0.03/0.34 % OS : Linux 3.10.0-693.2.2.el7.x86_64 0.03/0.34 % CPULimit : 300 0.03/0.34 % DateTime : Fri Jul 13 14:53:58 CDT 2018 0.03/0.34 % CPUTime : 0.03/0.34 Hi Geoff, go and have some cold beer while I am trying to solve this very hard problem! 0.03/0.34 % remaining time: 2999 next slice time: 3 0.03/0.37 dis+11_5_cond=fast:er=known:fsr=off:fde=unused:gs=on:gsssp=full:nm=0:nwc=1:sas=minisat:sac=on:sdd=large:sser=off:sfr=on:ssfp=40000:ssfq=1.1:ssnc=none:sp=occurrence_1 on theBenchmark 0.43/0.77 % (3962)Time limit reached! 0.43/0.77 % ------------------------------ 0.43/0.77 % Version: Vampire 4.1 for CASC J8 Entry 0.43/0.77 % Termination reason: Time limit 0.43/0.77 % Termination phase: Saturation 0.43/0.77 0.43/0.77 % Memory used [KB]: 11001 0.43/0.77 % Time elapsed: 0.400 s 0.43/0.77 % ------------------------------ 0.43/0.77 % ------------------------------ 0.43/0.77 % remaining time: 2995 next slice time: 81 0.43/0.78 fmb+10_1_sas=minisat_77 on theBenchmark 0.43/0.78 TRYING [1] 0.43/0.78 TRYING [2] 0.43/0.79 TRYING [3] 0.49/0.92 Finite Model Found! 0.49/0.92 % SZS status CounterSatisfiable for theBenchmark 0.49/0.92 Satisfiable! 0.49/0.92 % SZS output start FiniteModel for theBenchmark 0.49/0.92 tff(declare$i,type,$i:$tType). 0.49/0.92 tff(declare_$i1,type,h:$i). 0.49/0.92 tff(declare_$i2,type,g:$i). 0.49/0.92 tff(declare_$i3,type,beta:$i). 0.49/0.92 tff(finite_domain,axiom, 0.49/0.92 ! [X:$i] : ( 0.49/0.92 X = h | X = g | X = beta 0.49/0.92 ) ). 0.49/0.92 0.49/0.92 tff(distinct_domain,axiom, 0.49/0.92 h != g & h != beta & g != beta 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_delta,type,delta:$i). 0.49/0.92 tff(delta_definition,axiom,delta = beta). 0.49/0.92 tff(declare_gamma,type,gamma:$i). 0.49/0.92 tff(gamma_definition,axiom,gamma = g). 0.49/0.92 tff(declare_d,type,d:$i). 0.49/0.92 tff(d_definition,axiom,d = h). 0.49/0.92 tff(declare_e,type,e:$i). 0.49/0.92 tff(e_definition,axiom,e = g). 0.49/0.92 tff(declare_gammma,type,gammma:$i). 0.49/0.92 tff(gammma_definition,axiom,gammma = h). 0.49/0.92 tff(declare_r,type,r:$i). 0.49/0.92 tff(r_definition,axiom,r = beta). 0.49/0.92 tff(declare_alpha,type,alpha:$i). 0.49/0.92 tff(alpha_definition,axiom,alpha = g). 0.49/0.92 tff(declare_a,type,a:$i). 0.49/0.92 tff(a_definition,axiom,a = g). 0.49/0.92 tff(declare_b,type,b:$i). 0.49/0.92 tff(b_definition,axiom,b = g). 0.49/0.92 tff(declare_c,type,c:$i). 0.49/0.92 tff(c_definition,axiom,c = beta). 0.49/0.92 tff(declare_f,type,f:$i). 0.49/0.92 tff(f_definition,axiom,f = h). 0.49/0.92 tff(declare_zero,type,zero: $i > $i). 0.49/0.92 tff(function_zero,axiom, 0.49/0.92 zero(h) = h 0.49/0.92 & zero(g) = g 0.49/0.92 & zero(beta) = beta 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_apply,type,apply: $i * $i > $i). 0.49/0.92 tff(function_apply,axiom, 0.49/0.92 apply(h,h) = g 0.49/0.92 & apply(h,g) = h 0.49/0.92 & apply(h,beta) = beta 0.49/0.92 & apply(g,h) = g 0.49/0.92 & apply(g,g) = g 0.49/0.92 & apply(g,beta) = g 0.49/0.92 & apply(beta,h) = beta 0.49/0.92 & apply(beta,g) = beta 0.49/0.92 & apply(beta,beta) = beta 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_subtract,type,subtract: $i * $i * $i > $i). 0.49/0.92 tff(function_subtract,axiom, 0.49/0.92 subtract(h,h,h) = h 0.49/0.92 & subtract(h,h,g) = g 0.49/0.92 & subtract(h,h,beta) = beta 0.49/0.92 & subtract(h,g,h) = g 0.49/0.92 & subtract(h,g,g) = h 0.49/0.92 & subtract(h,g,beta) = beta 0.49/0.92 & subtract(h,beta,h) = beta 0.49/0.92 & subtract(h,beta,g) = g 0.49/0.92 & subtract(h,beta,beta) = h 0.49/0.92 & subtract(g,h,h) = g 0.49/0.92 & subtract(g,h,g) = h 0.49/0.92 & subtract(g,h,beta) = beta 0.49/0.92 & subtract(g,g,h) = h 0.49/0.92 & subtract(g,g,g) = g 0.49/0.92 & subtract(g,g,beta) = beta 0.49/0.92 & subtract(g,beta,h) = h 0.49/0.92 & subtract(g,beta,g) = beta 0.49/0.92 & subtract(g,beta,beta) = g 0.49/0.92 & subtract(beta,h,h) = g 0.49/0.92 & subtract(beta,h,g) = beta 0.49/0.92 & subtract(beta,h,beta) = beta 0.49/0.92 & subtract(beta,g,h) = h 0.49/0.92 & subtract(beta,g,g) = beta 0.49/0.92 & subtract(beta,g,beta) = beta 0.49/0.92 & subtract(beta,beta,h) = h 0.49/0.92 & subtract(beta,beta,g) = beta 0.49/0.92 & subtract(beta,beta,beta) = beta 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_element,type,element: $i * $i > $o ). 0.49/0.92 fof(predicate_element,axiom, 0.49/0.92 element(h,h) 0.49/0.92 & element(h,g) 0.49/0.92 & ~element(h,beta) 0.49/0.92 & element(g,h) 0.49/0.92 & element(g,g) 0.49/0.92 & ~element(g,beta) 0.49/0.92 & element(beta,h) 0.49/0.92 & element(beta,g) 0.49/0.92 & element(beta,beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_morphism,type,morphism: $i * $i * $i > $o ). 0.49/0.92 fof(predicate_morphism,axiom, 0.49/0.92 ~morphism(h,h,h) 0.49/0.92 & ~morphism(h,h,g) 0.49/0.92 & ~morphism(h,h,beta) 0.49/0.92 & morphism(h,g,h) 0.49/0.92 & ~morphism(h,g,g) 0.49/0.92 & ~morphism(h,g,beta) 0.49/0.92 & ~morphism(h,beta,h) 0.49/0.92 & ~morphism(h,beta,g) 0.49/0.92 & morphism(h,beta,beta) 0.49/0.92 & ~morphism(g,h,h) 0.49/0.92 & morphism(g,h,g) 0.49/0.92 & ~morphism(g,h,beta) 0.49/0.92 & ~morphism(g,g,h) 0.49/0.92 & morphism(g,g,g) 0.49/0.92 & ~morphism(g,g,beta) 0.49/0.92 & ~morphism(g,beta,h) 0.49/0.92 & ~morphism(g,beta,g) 0.49/0.92 & ~morphism(g,beta,beta) 0.49/0.92 & ~morphism(beta,h,h) 0.49/0.92 & ~morphism(beta,h,g) 0.49/0.92 & ~morphism(beta,h,beta) 0.49/0.92 & ~morphism(beta,g,h) 0.49/0.92 & ~morphism(beta,g,g) 0.49/0.92 & morphism(beta,g,beta) 0.49/0.92 & ~morphism(beta,beta,h) 0.49/0.92 & ~morphism(beta,beta,g) 0.49/0.92 & ~morphism(beta,beta,beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_surjection,type,surjection: $i > $o ). 0.49/0.92 fof(predicate_surjection,axiom, 0.49/0.92 surjection(h) 0.49/0.92 & ~surjection(g) 0.49/0.92 & surjection(beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_injection,type,injection: $i > $o ). 0.49/0.92 fof(predicate_injection,axiom, 0.49/0.92 injection(h) 0.49/0.92 & ~injection(g) 0.49/0.92 & ~injection(beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_exact,type,exact: $i * $i > $o ). 0.49/0.92 fof(predicate_exact,axiom, 0.49/0.92 exact(h,h) 0.49/0.92 & exact(h,g) 0.49/0.92 & exact(h,beta) 0.49/0.92 & exact(g,h) 0.49/0.92 & ~exact(g,g) 0.49/0.92 & ~exact(g,beta) 0.49/0.92 & exact(beta,h) 0.49/0.92 & ~exact(beta,g) 0.49/0.92 & ~exact(beta,beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 tff(declare_commute,type,commute: $i * $i * $i * $i > $o ). 0.49/0.92 fof(predicate_commute,axiom, 0.49/0.92 commute(h,h,h,h) 0.49/0.92 & ~commute(h,h,h,g) 0.49/0.92 & ~commute(h,h,h,beta) 0.49/0.92 & commute(h,h,g,h) 0.49/0.92 & commute(h,h,g,g) 0.49/0.92 & commute(h,h,g,beta) 0.49/0.92 & ~commute(h,h,beta,h) 0.49/0.92 & ~commute(h,h,beta,g) 0.49/0.92 & ~commute(h,h,beta,beta) 0.49/0.92 & ~commute(h,g,h,h) 0.49/0.92 & commute(h,g,h,g) 0.49/0.92 & ~commute(h,g,h,beta) 0.49/0.92 & ~commute(h,g,g,h) 0.49/0.92 & commute(h,g,g,g) 0.49/0.92 & ~commute(h,g,g,beta) 0.49/0.92 & ~commute(h,g,beta,h) 0.49/0.92 & ~commute(h,g,beta,g) 0.49/0.92 & ~commute(h,g,beta,beta) 0.49/0.92 & ~commute(h,beta,h,h) 0.49/0.92 & ~commute(h,beta,h,g) 0.49/0.92 & commute(h,beta,h,beta) 0.49/0.92 & ~commute(h,beta,g,h) 0.49/0.92 & ~commute(h,beta,g,g) 0.49/0.92 & ~commute(h,beta,g,beta) 0.49/0.92 & ~commute(h,beta,beta,h) 0.49/0.92 & ~commute(h,beta,beta,g) 0.49/0.92 & ~commute(h,beta,beta,beta) 0.49/0.92 & commute(g,h,h,h) 0.49/0.92 & ~commute(g,h,h,g) 0.49/0.92 & ~commute(g,h,h,beta) 0.49/0.92 & commute(g,h,g,h) 0.49/0.92 & ~commute(g,h,g,g) 0.49/0.92 & ~commute(g,h,g,beta) 0.49/0.92 & ~commute(g,h,beta,h) 0.49/0.92 & ~commute(g,h,beta,g) 0.49/0.92 & ~commute(g,h,beta,beta) 0.49/0.92 & ~commute(g,g,h,h) 0.49/0.92 & commute(g,g,h,g) 0.49/0.92 & ~commute(g,g,h,beta) 0.49/0.92 & ~commute(g,g,g,h) 0.49/0.92 & commute(g,g,g,g) 0.49/0.92 & ~commute(g,g,g,beta) 0.49/0.92 & ~commute(g,g,beta,h) 0.49/0.92 & ~commute(g,g,beta,g) 0.49/0.92 & ~commute(g,g,beta,beta) 0.49/0.92 & ~commute(g,beta,h,h) 0.49/0.92 & ~commute(g,beta,h,g) 0.49/0.92 & ~commute(g,beta,h,beta) 0.49/0.92 & ~commute(g,beta,g,h) 0.49/0.92 & ~commute(g,beta,g,g) 0.49/0.92 & commute(g,beta,g,beta) 0.49/0.92 & commute(g,beta,beta,h) 0.49/0.92 & ~commute(g,beta,beta,g) 0.49/0.92 & ~commute(g,beta,beta,beta) 0.49/0.92 & ~commute(beta,h,h,h) 0.49/0.92 & ~commute(beta,h,h,g) 0.49/0.92 & ~commute(beta,h,h,beta) 0.49/0.92 & ~commute(beta,h,g,h) 0.49/0.92 & ~commute(beta,h,g,g) 0.49/0.92 & commute(beta,h,g,beta) 0.49/0.92 & commute(beta,h,beta,h) 0.49/0.92 & ~commute(beta,h,beta,g) 0.49/0.92 & ~commute(beta,h,beta,beta) 0.49/0.92 & ~commute(beta,g,h,h) 0.49/0.92 & ~commute(beta,g,h,g) 0.49/0.92 & ~commute(beta,g,h,beta) 0.49/0.92 & ~commute(beta,g,g,h) 0.49/0.92 & ~commute(beta,g,g,g) 0.49/0.92 & ~commute(beta,g,g,beta) 0.49/0.92 & ~commute(beta,g,beta,h) 0.49/0.92 & ~commute(beta,g,beta,g) 0.49/0.92 & ~commute(beta,g,beta,beta) 0.49/0.92 & ~commute(beta,beta,h,h) 0.49/0.92 & ~commute(beta,beta,h,g) 0.49/0.92 & ~commute(beta,beta,h,beta) 0.49/0.92 & ~commute(beta,beta,g,h) 0.49/0.92 & ~commute(beta,beta,g,g) 0.49/0.92 & ~commute(beta,beta,g,beta) 0.49/0.92 & ~commute(beta,beta,beta,h) 0.49/0.92 & commute(beta,beta,beta,g) 0.49/0.92 & commute(beta,beta,beta,beta) 0.49/0.92 0.49/0.92 ). 0.49/0.92 0.49/0.92 % SZS output end FiniteModel for theBenchmark 0.49/0.92 % ------------------------------ 0.49/0.92 % Version: Vampire 4.1 for CASC J8 Entry 0.49/0.92 % Termination reason: Satisfiable 0.49/0.92 0.49/0.92 % Memory used [KB]: 3709 0.49/0.92 % Time elapsed: 0.142 s 0.49/0.92 % ------------------------------ 0.49/0.92 % ------------------------------ 0.49/0.92 % Success in time 0.574 s 0.65/0.99 EOF