%------------------------------------------------------------------------------ % File : iProverMo---2.5-0.1 % Problem : NLP259-1 : TPTP v8.1.0. Released v2.4.0. % Transfm : none % Format : tptp:raw % Command : iprover_modulo %s %d % Computer : n009.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 : 600s % DateTime : Mon Jul 18 02:44:28 EDT 2022 % Result : Unknown 46.16s 46.42s % Output : None % Verified : % SZS Type : - % Comments : %------------------------------------------------------------------------------ %----No solution output by system %------------------------------------------------------------------------------ %----ORIGINAL SYSTEM OUTPUT % 0.07/0.12 % Problem : NLP259-1 : TPTP v8.1.0. Released v2.4.0. % 0.07/0.13 % Command : iprover_modulo %s %d % 0.13/0.34 % Computer : n009.cluster.edu % 0.13/0.34 % Model : x86_64 x86_64 % 0.13/0.34 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz % 0.13/0.34 % Memory : 8042.1875MB % 0.13/0.34 % OS : Linux 3.10.0-693.el7.x86_64 % 0.13/0.34 % CPULimit : 300 % 0.13/0.34 % WCLimit : 600 % 0.13/0.34 % DateTime : Thu Jun 30 20:34:22 EDT 2022 % 0.13/0.35 % CPUTime : % 0.13/0.35 % Running in mono-core mode % 0.21/0.42 % Orienting using strategy Equiv(ClausalAll) % 0.21/0.42 % Orientation found % 0.21/0.42 % Executing iprover_moduloopt --modulo true --schedule none --sub_typing false --res_to_prop_solver none --res_prop_simpl_given false --res_lit_sel kbo_max --large_theory_mode false --res_time_limit 1000 --res_orphan_elimination false --prep_sem_filter none --prep_unflatten false --comb_res_mult 1000 --comb_inst_mult 300 --clausifier .//eprover --clausifier_options "--tstp-format " --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s --tptp_safe_out true --time_out_real 150 /export/starexec/sandbox/tmp/iprover_modulo_50f16f.p | tee /export/starexec/sandbox/tmp/iprover_modulo_out_04a01f | grep -v "SZS" % 0.21/0.45 % 0.21/0.45 %---------------- iProver v2.5 (CASC-J8 2016) ----------------% % 0.21/0.45 % 0.21/0.45 % % 0.21/0.45 % ------ iProver source info % 0.21/0.45 % 0.21/0.45 % git: sha1: 57accf6c58032223c7708532cf852a99fa48c1b3 % 0.21/0.45 % git: non_committed_changes: true % 0.21/0.45 % git: last_make_outside_of_git: true % 0.21/0.45 % 0.21/0.45 % % 0.21/0.45 % ------ Input Options % 0.21/0.45 % 0.21/0.45 % --out_options all % 0.21/0.45 % --tptp_safe_out true % 0.21/0.45 % --problem_path "" % 0.21/0.45 % --include_path "" % 0.21/0.45 % --clausifier .//eprover % 0.21/0.45 % --clausifier_options --tstp-format % 0.21/0.45 % --stdin false % 0.21/0.45 % --dbg_backtrace false % 0.21/0.45 % --dbg_dump_prop_clauses false % 0.21/0.45 % --dbg_dump_prop_clauses_file - % 0.21/0.45 % --dbg_out_stat false % 0.21/0.45 % 0.21/0.45 % ------ General Options % 0.21/0.45 % 0.21/0.45 % --fof false % 0.21/0.45 % --time_out_real 150. % 0.21/0.45 % --time_out_prep_mult 0.2 % 0.21/0.45 % --time_out_virtual -1. % 0.21/0.45 % --schedule none % 0.21/0.45 % --ground_splitting input % 0.21/0.45 % --splitting_nvd 16 % 0.21/0.45 % --non_eq_to_eq false % 0.21/0.45 % --prep_gs_sim true % 0.21/0.45 % --prep_unflatten false % 0.21/0.45 % --prep_res_sim true % 0.21/0.45 % --prep_upred true % 0.21/0.45 % --res_sim_input true % 0.21/0.45 % --clause_weak_htbl true % 0.21/0.45 % --gc_record_bc_elim false % 0.21/0.45 % --symbol_type_check false % 0.21/0.45 % --clausify_out false % 0.21/0.45 % --large_theory_mode false % 0.21/0.45 % --prep_sem_filter none % 0.21/0.45 % --prep_sem_filter_out false % 0.21/0.45 % --preprocessed_out false % 0.21/0.45 % --sub_typing false % 0.21/0.45 % --brand_transform false % 0.21/0.45 % --pure_diseq_elim true % 0.21/0.45 % --min_unsat_core false % 0.21/0.45 % --pred_elim true % 0.21/0.45 % --add_important_lit false % 0.21/0.45 % --soft_assumptions false % 0.21/0.45 % --reset_solvers false % 0.21/0.45 % --bc_imp_inh [] % 0.21/0.45 % --conj_cone_tolerance 1.5 % 0.21/0.45 % --prolific_symb_bound 500 % 0.21/0.45 % --lt_threshold 2000 % 0.21/0.45 % 0.21/0.45 % ------ SAT Options % 0.21/0.45 % 0.21/0.45 % --sat_mode false % 0.21/0.45 % --sat_fm_restart_options "" % 0.21/0.45 % --sat_gr_def false % 0.21/0.45 % --sat_epr_types true % 0.21/0.45 % --sat_non_cyclic_types false % 0.21/0.45 % --sat_finite_models false % 0.21/0.45 % --sat_fm_lemmas false % 0.21/0.45 % --sat_fm_prep false % 0.21/0.45 % --sat_fm_uc_incr true % 0.21/0.45 % --sat_out_model small % 0.21/0.45 % --sat_out_clauses false % 0.21/0.45 % 0.21/0.45 % ------ QBF Options % 0.21/0.45 % 0.21/0.45 % --qbf_mode false % 0.21/0.45 % --qbf_elim_univ true % 0.21/0.45 % --qbf_sk_in true % 0.21/0.45 % --qbf_pred_elim true % 0.21/0.45 % --qbf_split 32 % 0.21/0.45 % 0.21/0.45 % ------ BMC1 Options % 0.21/0.45 % 0.21/0.45 % --bmc1_incremental false % 0.21/0.45 % --bmc1_axioms reachable_all % 0.21/0.45 % --bmc1_min_bound 0 % 0.21/0.45 % --bmc1_max_bound -1 % 0.21/0.45 % --bmc1_max_bound_default -1 % 0.21/0.45 % --bmc1_symbol_reachability true % 0.21/0.45 % --bmc1_property_lemmas false % 0.21/0.45 % --bmc1_k_induction false % 0.21/0.45 % --bmc1_non_equiv_states false % 0.21/0.45 % --bmc1_deadlock false % 0.21/0.45 % --bmc1_ucm false % 0.21/0.45 % --bmc1_add_unsat_core none % 0.21/0.45 % --bmc1_unsat_core_children false % 0.21/0.45 % --bmc1_unsat_core_extrapolate_axioms false % 0.21/0.45 % --bmc1_out_stat full % 0.21/0.45 % --bmc1_ground_init false % 0.21/0.45 % --bmc1_pre_inst_next_state false % 0.21/0.45 % --bmc1_pre_inst_state false % 0.21/0.45 % --bmc1_pre_inst_reach_state false % 0.21/0.45 % --bmc1_out_unsat_core false % 0.21/0.45 % --bmc1_aig_witness_out false % 0.21/0.45 % --bmc1_verbose false % 0.21/0.45 % --bmc1_dump_clauses_tptp false % 0.21/0.52 % --bmc1_dump_unsat_core_tptp false % 0.21/0.52 % --bmc1_dump_file - % 0.21/0.52 % --bmc1_ucm_expand_uc_limit 128 % 0.21/0.52 % --bmc1_ucm_n_expand_iterations 6 % 0.21/0.52 % --bmc1_ucm_extend_mode 1 % 0.21/0.52 % --bmc1_ucm_init_mode 2 % 0.21/0.52 % --bmc1_ucm_cone_mode none % 0.21/0.52 % --bmc1_ucm_reduced_relation_type 0 % 0.21/0.52 % --bmc1_ucm_relax_model 4 % 0.21/0.52 % --bmc1_ucm_full_tr_after_sat true % 0.21/0.52 % --bmc1_ucm_expand_neg_assumptions false % 0.21/0.52 % --bmc1_ucm_layered_model none % 0.21/0.52 % --bmc1_ucm_max_lemma_size 10 % 0.21/0.52 % 0.21/0.52 % ------ AIG Options % 0.21/0.52 % 0.21/0.52 % --aig_mode false % 0.21/0.52 % 0.21/0.52 % ------ Instantiation Options % 0.21/0.52 % 0.21/0.52 % --instantiation_flag true % 0.21/0.52 % --inst_lit_sel [+prop;+sign;+ground;-num_var;-num_symb] % 0.21/0.52 % --inst_solver_per_active 750 % 0.21/0.52 % --inst_solver_calls_frac 0.5 % 0.21/0.52 % --inst_passive_queue_type priority_queues % 0.21/0.52 % --inst_passive_queues [[-conj_dist;+conj_symb;-num_var];[+age;-num_symb]] % 0.21/0.52 % --inst_passive_queues_freq [25;2] % 0.21/0.52 % --inst_dismatching true % 0.21/0.52 % --inst_eager_unprocessed_to_passive true % 0.21/0.52 % --inst_prop_sim_given true % 0.21/0.52 % --inst_prop_sim_new false % 0.21/0.52 % --inst_orphan_elimination true % 0.21/0.52 % --inst_learning_loop_flag true % 0.21/0.52 % --inst_learning_start 3000 % 0.21/0.52 % --inst_learning_factor 2 % 0.21/0.52 % --inst_start_prop_sim_after_learn 3 % 0.21/0.52 % --inst_sel_renew solver % 0.21/0.52 % --inst_lit_activity_flag true % 0.21/0.52 % --inst_out_proof true % 0.21/0.52 % 0.21/0.52 % ------ Resolution Options % 0.21/0.52 % 0.21/0.52 % --resolution_flag true % 0.21/0.52 % --res_lit_sel kbo_max % 0.21/0.52 % --res_to_prop_solver none % 0.21/0.52 % --res_prop_simpl_new false % 0.21/0.52 % --res_prop_simpl_given false % 0.21/0.52 % --res_passive_queue_type priority_queues % 0.21/0.52 % --res_passive_queues [[-conj_dist;+conj_symb;-num_symb];[+age;-num_symb]] % 0.21/0.52 % --res_passive_queues_freq [15;5] % 0.21/0.52 % --res_forward_subs full % 0.21/0.52 % --res_backward_subs full % 0.21/0.52 % --res_forward_subs_resolution true % 0.21/0.52 % --res_backward_subs_resolution true % 0.21/0.52 % --res_orphan_elimination false % 0.21/0.52 % --res_time_limit 1000. % 0.21/0.52 % --res_out_proof true % 0.21/0.52 % --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s % 0.21/0.52 % --modulo true % 0.21/0.52 % 0.21/0.52 % ------ Combination Options % 0.21/0.52 % 0.21/0.52 % --comb_res_mult 1000 % 0.21/0.52 % --comb_inst_mult 300 % 0.21/0.52 % ------ % 0.21/0.52 % 0.21/0.52 % ------ Parsing...% successful % 0.21/0.52 % 0.21/0.52 % ------ Preprocessing... gs_s sp: 12 0s gs_e snvd_s sp: 12 0s snvd_e pe_s pe:1:0s pe:2:0s pe:4:0s pe:8:0s pe_e snvd_s sp: 0 0s snvd_e % % 0.21/0.52 % 0.21/0.52 % ------ Proving... % 0.21/0.52 % ------ Problem Properties % 0.21/0.52 % 0.21/0.52 % % 0.21/0.52 % EPR false % 0.21/0.52 % Horn false % 0.21/0.52 % Has equality true % 0.21/0.52 % 0.21/0.52 % % ------ Input Options Time Limit: Unbounded % 0.21/0.52 % 0.21/0.52 % 0.21/0.52 % % ------ Current options: % 0.21/0.52 % 0.21/0.52 % ------ Input Options % 0.21/0.52 % 0.21/0.52 % --out_options all % 0.21/0.52 % --tptp_safe_out true % 0.21/0.52 % --problem_path "" % 0.21/0.52 % --include_path "" % 0.21/0.52 % --clausifier .//eprover % 0.21/0.52 % --clausifier_options --tstp-format % 0.21/0.52 % --stdin false % 0.21/0.52 % --dbg_backtrace false % 0.21/0.52 % --dbg_dump_prop_clauses false % 0.21/0.52 % --dbg_dump_prop_clauses_file - % 0.21/0.52 % --dbg_out_stat false % 0.21/0.52 % 0.21/0.52 % ------ General Options % 0.21/0.52 % 0.21/0.52 % --fof false % 0.21/0.52 % --time_out_real 150. % 0.21/0.52 % --time_out_prep_mult 0.2 % 0.21/0.52 % --time_out_virtual -1. % 0.21/0.52 % --schedule none % 0.21/0.52 % --ground_splitting input % 0.21/0.52 % --splitting_nvd 16 % 0.21/0.52 % --non_eq_to_eq false % 0.21/0.52 % --prep_gs_sim true % 0.21/0.52 % --prep_unflatten false % 0.21/0.52 % --prep_res_sim true % 0.21/0.52 % --prep_upred true % 0.21/0.52 % --res_sim_input true % 0.21/0.52 % --clause_weak_htbl true % 0.21/0.52 % --gc_record_bc_elim false % 0.21/0.52 % --symbol_type_check false % 0.21/0.52 % --clausify_out false % 0.21/0.52 % --large_theory_mode false % 0.21/0.52 % --prep_sem_filter none % 0.21/0.52 % --prep_sem_filter_out false % 0.21/0.52 % --preprocessed_out false % 0.21/0.52 % --sub_typing false % 0.21/0.52 % --brand_transform false % 0.21/0.52 % --pure_diseq_elim true % 0.21/0.52 % --min_unsat_core false % 0.21/0.52 % --pred_elim true % 0.21/0.52 % --add_important_lit false % 0.21/0.52 % --soft_assumptions false % 0.21/0.52 % --reset_solvers false % 0.21/0.52 % --bc_imp_inh [] % 0.21/0.52 % --conj_cone_tolerance 1.5 % 0.21/0.52 % --prolific_symb_bound 500 % 0.21/0.52 % --lt_threshold 2000 % 0.21/0.52 % 0.21/0.52 % ------ SAT Options % 0.21/0.52 % 0.21/0.52 % --sat_mode false % 0.21/0.52 % --sat_fm_restart_options "" % 0.21/0.52 % --sat_gr_def false % 0.21/0.52 % --sat_epr_types true % 0.21/0.52 % --sat_non_cyclic_types false % 0.21/0.52 % --sat_finite_models false % 0.21/0.52 % --sat_fm_lemmas false % 0.21/0.52 % --sat_fm_prep false % 0.21/0.52 % --sat_fm_uc_incr true % 0.21/0.52 % --sat_out_model small % 0.21/0.52 % --sat_out_clauses false % 0.21/0.52 % 0.21/0.52 % ------ QBF Options % 0.21/0.52 % 0.21/0.52 % --qbf_mode false % 0.21/0.52 % --qbf_elim_univ true % 0.21/0.52 % --qbf_sk_in true % 0.21/0.52 % --qbf_pred_elim true % 0.21/0.52 % --qbf_split 32 % 0.21/0.52 % 0.21/0.52 % ------ BMC1 Options % 0.21/0.52 % 0.21/0.52 % --bmc1_incremental false % 0.21/0.52 % --bmc1_axioms reachable_all % 0.21/0.52 % --bmc1_min_bound 0 % 0.21/0.52 % --bmc1_max_bound -1 % 0.21/0.52 % --bmc1_max_bound_default -1 % 0.21/0.52 % --bmc1_symbol_reachability true % 0.21/0.52 % --bmc1_property_lemmas false % 0.21/0.52 % --bmc1_k_induction false % 0.21/0.52 % --bmc1_non_equiv_states false % 0.21/0.52 % --bmc1_deadlock false % 0.21/0.52 % --bmc1_ucm false % 0.21/0.52 % --bmc1_add_unsat_core none % 0.21/0.52 % --bmc1_unsat_core_children false % 0.21/0.52 % --bmc1_unsat_core_extrapolate_axioms false % 0.21/0.52 % --bmc1_out_stat full % 0.21/0.52 % --bmc1_ground_init false % 0.21/0.52 % --bmc1_pre_inst_next_state false % 0.21/0.52 % --bmc1_pre_inst_state false % 0.21/0.52 % --bmc1_pre_inst_reach_state false % 0.21/0.52 % --bmc1_out_unsat_core false % 0.21/0.52 % --bmc1_aig_witness_out false % 0.21/0.52 % --bmc1_verbose false % 0.21/0.52 % --bmc1_dump_clauses_tptp false % 0.21/0.52 % --bmc1_dump_unsat_core_tptp false % 0.21/0.52 % --bmc1_dump_file - % 0.21/0.52 % --bmc1_ucm_expand_uc_limit 128 % 0.21/0.52 % --bmc1_ucm_n_expand_iterations 6 % 0.21/0.52 % --bmc1_ucm_extend_mode 1 % 0.21/0.52 % --bmc1_ucm_init_mode 2 % 0.21/0.52 % --bmc1_ucm_cone_mode none % 0.21/0.52 % --bmc1_ucm_reduced_relation_type 0 % 0.21/0.52 % --bmc1_ucm_relax_model 4 % 0.21/0.52 % --bmc1_ucm_full_tr_after_sat true % 0.21/0.52 % --bmc1_ucm_expand_neg_assumptions false % 0.21/0.52 % --bmc1_ucm_layered_model none % 0.21/0.52 % --bmc1_ucm_max_lemma_size 10 % 0.21/0.52 % 0.21/0.52 % ------ AIG Options % 0.21/0.52 % 0.21/0.52 % --aig_mode false % 0.21/0.52 % 0.21/0.52 % ------ Instantiation Options % 0.21/0.52 % 0.21/0.52 % --instantiation_flag true % 0.21/0.52 % --inst_lit_sel [+prop;+sign;+ground;-num_var;-num_symb] % 0.21/0.52 % --inst_solver_per_active 750 % 0.21/0.52 % --inst_solver_calls_frac 0.5 % 0.21/0.52 % --inst_passive_queue_type priority_queues % 0.21/0.52 % --inst_passive_queues [[-conj_dist;+conj_symb;-num_var];[+age;-num_symb]] % 0.21/0.52 % --inst_passive_queues_freq [25;2] % 0.21/0.52 % --inst_dismatching true % 0.21/0.52 % --inst_eager_unprocessed_to_passive true % 5.93/6.12 % --inst_prop_sim_given true % 5.93/6.12 % --inst_prop_sim_new false % 5.93/6.12 % --inst_orphan_elimination true % 5.93/6.12 % --inst_learning_loop_flag true % 5.93/6.12 % --inst_learning_start 3000 % 5.93/6.12 % --inst_learning_factor 2 % 5.93/6.12 % --inst_start_prop_sim_after_learn 3 % 5.93/6.12 % --inst_sel_renew solver % 5.93/6.12 % --inst_lit_activity_flag true % 5.93/6.12 % --inst_out_proof true % 5.93/6.12 % 5.93/6.12 % ------ Resolution Options % 5.93/6.12 % 5.93/6.12 % --resolution_flag true % 5.93/6.12 % --res_lit_sel kbo_max % 5.93/6.12 % --res_to_prop_solver none % 5.93/6.12 % --res_prop_simpl_new false % 5.93/6.12 % --res_prop_simpl_given false % 5.93/6.12 % --res_passive_queue_type priority_queues % 5.93/6.12 % --res_passive_queues [[-conj_dist;+conj_symb;-num_symb];[+age;-num_symb]] % 5.93/6.12 % --res_passive_queues_freq [15;5] % 5.93/6.12 % --res_forward_subs full % 5.93/6.12 % --res_backward_subs full % 5.93/6.12 % --res_forward_subs_resolution true % 5.93/6.12 % --res_backward_subs_resolution true % 5.93/6.12 % --res_orphan_elimination false % 5.93/6.12 % --res_time_limit 1000. % 5.93/6.12 % --res_out_proof true % 5.93/6.12 % --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s % 5.93/6.12 % --modulo true % 5.93/6.12 % 5.93/6.12 % ------ Combination Options % 5.93/6.12 % 5.93/6.12 % --comb_res_mult 1000 % 5.93/6.12 % --comb_inst_mult 300 % 5.93/6.12 % ------ % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % ------ Proving... % 5.93/6.12 % warning: shown sat in sat incomplete mode % 5.93/6.12 % % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 ------ Building Model...Done % 5.93/6.12 % 5.93/6.12 %------ The model is defined over ground terms (initial term algebra). % 5.93/6.12 %------ Predicates are defined as (\forall x_1,..,x_n ((~)P(x_1,..,x_n) <=> (\phi(x_1,..,x_n)))) % 5.93/6.12 %------ where \phi is a formula over the term algebra. % 5.93/6.12 %------ If we have equality in the problem then it is also defined as a predicate above, % 5.93/6.12 %------ with "=" on the right-hand-side of the definition interpreted over the term algebra term_algebra_type % 5.93/6.12 %------ See help for --sat_out_model for different model outputs. % 5.93/6.12 %------ equality_sorted(X0,X1,X2) can be used in the place of usual "=" % 5.93/6.12 %------ where the first argument stands for the sort ($i in the unsorted case) % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 %------ Negative definition of equality_sorted % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X0,X1] : % 5.93/6.12 ( ~(equality_sorted(X0,X0,X1)) <=> % 5.93/6.12 $false % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of be % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2,X3] : % 5.93/6.12 ( be(X0,X1,X2,X3) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 & X2=skc10 & X3=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of accessible_world % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( accessible_world(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of agent % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2] : % 5.93/6.12 ( agent(X0,X1,X2) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 & X2=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(skc10) & X2=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(skc15) & X2=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 & X2=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of theme % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2] : % 5.93/6.12 ( theme(X0,X1,X2) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 & X2=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 & X2=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of think_believe_consider % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( think_believe_consider(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of proposition % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( proposition(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of entity % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( entity(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of of % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2] : % 5.93/6.12 ( of(X0,X1,X2) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 & X2=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 & X2=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 & X2=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 & X2=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of forename % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( forename(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc8 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc8 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of smoke % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( smoke(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of event % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( event(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of eventuality % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( eventuality(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of thing % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( thing(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of singleton % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( singleton(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of specific % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( specific(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of nonexistent % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( nonexistent(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of unisex % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( unisex(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of present % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( present(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ? [X2] : % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skf2(X2) ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc13 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of relation % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( relation(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of abstraction % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( abstraction(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of nonhuman % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( nonhuman(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of general % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( general(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of state % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( state(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc9 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of man % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( man(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of human_person % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( human_person(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of organism % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( organism(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of existent % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( existent(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of impartial % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( impartial(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of living % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( living(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of human % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( human(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of animate % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( animate(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of male % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( male(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc10 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc15 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of relname % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( relname(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of vincent_forename % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( vincent_forename(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc14 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of jules_forename % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1] : % 5.93/6.12 ( jules_forename(X0,X1) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc12 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc11 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X1=skc11 ) % 5.93/6.12 & % 5.93/6.12 ( X0!=skc12 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Negative definition of actual_world % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0] : % 5.93/6.12 ( ~(actual_world(X0)) <=> % 5.93/6.12 $false % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of sP0_iProver_split % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 ( sP0_iProver_split <=> % 5.93/6.12 $false % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of sP4_iProver_split % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12] : % 5.93/6.12 ( sP4_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12) <=> % 5.93/6.12 $true % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of sP8_iProver_split % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11] : % 5.93/6.12 ( sP8_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc12 & X4=skc12 & X5=skc13 & X6=skc15 & X7=skc13 & X8=skc13 & X9=skc11 & X10=skc14 & X11=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc12 & X4=skc12 & X5=skf2(skc15) & X6=skc15 & X7=skc13 & X8=skc13 & X9=skc11 & X10=skc14 & X11=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of sP10_iProver_split % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12] : % 5.93/6.12 ( sP10_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12) <=> % 5.93/6.12 $true % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 %------ Positive definition of sP14_iProver_split % 5.93/6.12 fof(lit_def,axiom, % 5.93/6.12 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11] : % 5.93/6.12 ( sP14_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11) <=> % 5.93/6.12 ( % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc12 & X4=skc12 & X5=skc13 & X6=skc15 & X7=skc13 & X8=skc13 & X9=skc11 & X10=skc14 & X11=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 | % 5.93/6.12 ( % 5.93/6.12 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc12 & X4=skc12 & X5=skf2(skc15) & X6=skc15 & X7=skc13 & X8=skc13 & X9=skc11 & X10=skc14 & X11=skc14 ) % 5.93/6.12 ) % 5.93/6.12 % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ) % 5.93/6.12 ). % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % 5.93/6.12 % ------ Statistics % 5.93/6.12 % 5.93/6.12 % ------ General % 5.93/6.12 % 5.93/6.12 % num_of_input_clauses: 211 % 5.93/6.12 % num_of_input_neg_conjectures: 24 % 5.93/6.12 % num_of_splits: 24 % 5.93/6.12 % num_of_split_atoms: 16 % 5.93/6.12 % num_of_sem_filtered_clauses: 0 % 5.93/6.12 % num_of_subtypes: 0 % 5.93/6.12 % monotx_restored_types: 0 % 5.93/6.12 % sat_num_of_epr_types: 0 % 5.93/6.12 % sat_num_of_non_cyclic_types: 0 % 5.93/6.12 % sat_guarded_non_collapsed_types: 0 % 5.93/6.12 % is_epr: 0 % 5.93/6.12 % is_horn: 0 % 5.93/6.12 % has_eq: 1 % 5.93/6.12 % num_pure_diseq_elim: 0 % 5.93/6.12 % simp_replaced_by: 0 % 5.93/6.12 % res_preprocessed: 72 % 5.93/6.12 % prep_upred: 0 % 5.93/6.12 % prep_unflattend: 116 % 5.93/6.12 % pred_elim_cands: 16 % 5.93/6.12 % pred_elim: 11 % 5.93/6.12 % pred_elim_cl: 11 % 5.93/6.12 % pred_elim_cycles: 18 % 5.93/6.12 % forced_gc_time: 0 % 5.93/6.12 % gc_basic_clause_elim: 0 % 5.93/6.12 % parsing_time: 0.009 % 5.93/6.12 % sem_filter_time: 0. % 5.93/6.12 % pred_elim_time: 0.037 % 5.93/6.12 % out_proof_time: 0. % 5.93/6.12 % monotx_time: 0. % 5.93/6.12 % subtype_inf_time: 0. % 5.93/6.12 % unif_index_cands_time: 0.005 % 5.93/6.12 % unif_index_add_time: 0.005 % 5.93/6.12 % total_time: 5.689 % 5.93/6.12 % num_of_symbols: 87 % 5.93/6.12 % num_of_terms: 7897 % 5.93/6.12 % 5.93/6.12 % ------ Propositional Solver % 5.93/6.12 % 5.93/6.12 % prop_solver_calls: 11 % 5.93/6.12 % prop_fast_solver_calls: 905 % 5.93/6.12 % prop_num_of_clauses: 1978 % 5.93/6.12 % prop_preprocess_simplified: 4145 % 5.93/6.12 % prop_fo_subsumed: 7 % 5.93/6.12 % prop_solver_time: 0. % 5.93/6.12 % prop_fast_solver_time: 0.002 % 5.93/6.12 % prop_unsat_core_time: 0. % 5.93/6.12 % 5.93/6.12 % ------ QBF % 5.93/6.12 % 5.93/6.12 % qbf_q_res: 0 % 5.93/6.12 % qbf_num_tautologies: 0 % 5.93/6.12 % qbf_prep_cycles: 0 % 5.93/6.12 % 5.93/6.12 % ------ BMC1 % 5.93/6.12 % 5.93/6.12 % bmc1_current_bound: -1 % 5.93/6.12 % bmc1_last_solved_bound: -1 % 5.93/6.12 % bmc1_unsat_core_size: -1 % 5.93/6.12 % bmc1_unsat_core_parents_size: -1 % 5.93/6.12 % bmc1_merge_next_fun: 0 % 5.93/6.12 % bmc1_unsat_core_clauses_time: 0. % 5.93/6.12 % 5.93/6.12 % ------ Instantiation % 5.93/6.12 % 5.93/6.12 % inst_num_of_clauses: 1439 % 5.93/6.12 % inst_num_in_passive: 0 % 5.93/6.12 % inst_num_in_active: 1408 % 5.93/6.12 % inst_num_in_unprocessed: 0 % 5.93/6.12 % inst_num_of_loops: 1454 % 5.93/6.12 % inst_num_of_learning_restarts: 0 % 5.93/6.12 % inst_num_moves_active_passive: 3 % 5.93/6.12 % inst_lit_activity: 174 % 5.93/6.12 % inst_lit_activity_moves: 0 % 5.93/6.12 % inst_num_tautologies: 31 % 5.93/6.12 % inst_num_prop_implied: 0 % 5.93/6.12 % inst_num_existing_simplified: 0 % 5.93/6.12 % inst_num_eq_res_simplified: 0 % 5.93/6.12 % inst_num_child_elim: 0 % 5.93/6.12 % inst_num_of_dismatching_blockings: 178 % 5.93/6.12 % inst_num_of_non_proper_insts: 2113 % 5.93/6.12 % inst_num_of_duplicates: 1696 % 5.93/6.12 % inst_inst_num_from_inst_to_res: 0 % 5.93/6.12 % inst_dismatching_checking_time: 0. % 5.93/6.12 % 5.93/6.12 % ------ Resolution % 5.93/6.12 % 5.93/6.12 % res_num_of_clauses: 3934 % 5.93/6.12 % res_num_in_passive: 1526 % 5.93/6.12 % res_num_in_active: 2298 % 5.93/6.12 % res_num_of_loops: 5000 % 5.93/6.12 % res_forward_subset_subsumed: 2338 % 5.93/6.12 % res_backward_subset_subsumed: 6 % 5.93/6.12 % res_forward_subsumed: 2155 % 5.93/6.12 % res_backward_subsumed: 85 % 5.93/6.12 % res_forward_subsumption_resolution: 4245 % 5.93/6.12 % res_backward_subsumption_resolution: 3 % 5.93/6.12 % res_clause_to_clause_subsumption: 122011 % 5.93/6.12 % res_orphan_elimination: 0 % 5.93/6.12 % res_tautology_del: 0 % 5.93/6.12 % res_num_eq_res_simplified: 0 % 5.93/6.12 % res_num_sel_changes: 0 % 5.93/6.12 % res_moves_from_active_to_pass: 0 % 5.93/6.12 % 5.93/6.12 % Status Unknown % 5.97/6.17 % Orienting using strategy ClausalAll % 5.97/6.17 % Orientation found % 5.97/6.17 % Executing iprover_moduloopt --modulo true --schedule none --sub_typing false --res_to_prop_solver none --res_prop_simpl_given false --res_lit_sel kbo_max --large_theory_mode false --res_time_limit 1000 --res_orphan_elimination false --prep_sem_filter none --prep_unflatten false --comb_res_mult 1000 --comb_inst_mult 300 --clausifier .//eprover --clausifier_options "--tstp-format " --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s --tptp_safe_out true --time_out_real 150 /export/starexec/sandbox/tmp/iprover_modulo_50f16f.p | tee /export/starexec/sandbox/tmp/iprover_modulo_out_9ebfd6 | grep -v "SZS" % 5.97/6.18 % 5.97/6.18 %---------------- iProver v2.5 (CASC-J8 2016) ----------------% % 5.97/6.18 % 5.97/6.18 % % 5.97/6.18 % ------ iProver source info % 5.97/6.18 % 5.97/6.18 % git: sha1: 57accf6c58032223c7708532cf852a99fa48c1b3 % 5.97/6.18 % git: non_committed_changes: true % 5.97/6.18 % git: last_make_outside_of_git: true % 5.97/6.18 % 5.97/6.18 % % 5.97/6.18 % ------ Input Options % 5.97/6.18 % 5.97/6.18 % --out_options all % 5.97/6.18 % --tptp_safe_out true % 5.97/6.18 % --problem_path "" % 5.97/6.18 % --include_path "" % 5.97/6.18 % --clausifier .//eprover % 5.97/6.18 % --clausifier_options --tstp-format % 5.97/6.18 % --stdin false % 5.97/6.18 % --dbg_backtrace false % 5.97/6.18 % --dbg_dump_prop_clauses false % 5.97/6.18 % --dbg_dump_prop_clauses_file - % 5.97/6.18 % --dbg_out_stat false % 5.97/6.18 % 5.97/6.18 % ------ General Options % 5.97/6.18 % 5.97/6.18 % --fof false % 5.97/6.18 % --time_out_real 150. % 5.97/6.18 % --time_out_prep_mult 0.2 % 5.97/6.18 % --time_out_virtual -1. % 5.97/6.18 % --schedule none % 5.97/6.18 % --ground_splitting input % 5.97/6.18 % --splitting_nvd 16 % 5.97/6.18 % --non_eq_to_eq false % 5.97/6.18 % --prep_gs_sim true % 5.97/6.18 % --prep_unflatten false % 5.97/6.18 % --prep_res_sim true % 5.97/6.18 % --prep_upred true % 5.97/6.18 % --res_sim_input true % 5.97/6.18 % --clause_weak_htbl true % 5.97/6.18 % --gc_record_bc_elim false % 5.97/6.18 % --symbol_type_check false % 5.97/6.18 % --clausify_out false % 5.97/6.18 % --large_theory_mode false % 5.97/6.18 % --prep_sem_filter none % 5.97/6.18 % --prep_sem_filter_out false % 5.97/6.18 % --preprocessed_out false % 5.97/6.18 % --sub_typing false % 5.97/6.18 % --brand_transform false % 5.97/6.18 % --pure_diseq_elim true % 5.97/6.18 % --min_unsat_core false % 5.97/6.18 % --pred_elim true % 5.97/6.18 % --add_important_lit false % 5.97/6.18 % --soft_assumptions false % 5.97/6.18 % --reset_solvers false % 5.97/6.18 % --bc_imp_inh [] % 5.97/6.18 % --conj_cone_tolerance 1.5 % 5.97/6.18 % --prolific_symb_bound 500 % 5.97/6.18 % --lt_threshold 2000 % 5.97/6.18 % 5.97/6.18 % ------ SAT Options % 5.97/6.18 % 5.97/6.18 % --sat_mode false % 5.97/6.18 % --sat_fm_restart_options "" % 5.97/6.18 % --sat_gr_def false % 5.97/6.18 % --sat_epr_types true % 5.97/6.18 % --sat_non_cyclic_types false % 5.97/6.18 % --sat_finite_models false % 5.97/6.18 % --sat_fm_lemmas false % 5.97/6.18 % --sat_fm_prep false % 5.97/6.18 % --sat_fm_uc_incr true % 5.97/6.18 % --sat_out_model small % 5.97/6.18 % --sat_out_clauses false % 5.97/6.18 % 5.97/6.18 % ------ QBF Options % 5.97/6.18 % 5.97/6.18 % --qbf_mode false % 5.97/6.18 % --qbf_elim_univ true % 5.97/6.18 % --qbf_sk_in true % 5.97/6.18 % --qbf_pred_elim true % 5.97/6.18 % --qbf_split 32 % 5.97/6.18 % 5.97/6.18 % ------ BMC1 Options % 5.97/6.18 % 5.97/6.18 % --bmc1_incremental false % 5.97/6.18 % --bmc1_axioms reachable_all % 5.97/6.18 % --bmc1_min_bound 0 % 5.97/6.18 % --bmc1_max_bound -1 % 5.97/6.18 % --bmc1_max_bound_default -1 % 5.97/6.18 % --bmc1_symbol_reachability true % 5.97/6.18 % --bmc1_property_lemmas false % 5.97/6.18 % --bmc1_k_induction false % 5.97/6.18 % --bmc1_non_equiv_states false % 5.97/6.18 % --bmc1_deadlock false % 5.97/6.18 % --bmc1_ucm false % 5.97/6.18 % --bmc1_add_unsat_core none % 5.97/6.18 % --bmc1_unsat_core_children false % 5.97/6.18 % --bmc1_unsat_core_extrapolate_axioms false % 5.97/6.18 % --bmc1_out_stat full % 5.97/6.18 % --bmc1_ground_init false % 5.97/6.18 % --bmc1_pre_inst_next_state false % 5.97/6.18 % --bmc1_pre_inst_state false % 5.97/6.18 % --bmc1_pre_inst_reach_state false % 5.97/6.18 % --bmc1_out_unsat_core false % 5.97/6.18 % --bmc1_aig_witness_out false % 5.97/6.18 % --bmc1_verbose false % 5.97/6.18 % --bmc1_dump_clauses_tptp false % 6.05/6.22 % --bmc1_dump_unsat_core_tptp false % 6.05/6.22 % --bmc1_dump_file - % 6.05/6.22 % --bmc1_ucm_expand_uc_limit 128 % 6.05/6.22 % --bmc1_ucm_n_expand_iterations 6 % 6.05/6.22 % --bmc1_ucm_extend_mode 1 % 6.05/6.22 % --bmc1_ucm_init_mode 2 % 6.05/6.22 % --bmc1_ucm_cone_mode none % 6.05/6.22 % --bmc1_ucm_reduced_relation_type 0 % 6.05/6.22 % --bmc1_ucm_relax_model 4 % 6.05/6.22 % --bmc1_ucm_full_tr_after_sat true % 6.05/6.22 % --bmc1_ucm_expand_neg_assumptions false % 6.05/6.22 % --bmc1_ucm_layered_model none % 6.05/6.22 % --bmc1_ucm_max_lemma_size 10 % 6.05/6.22 % 6.05/6.22 % ------ AIG Options % 6.05/6.22 % 6.05/6.22 % --aig_mode false % 6.05/6.22 % 6.05/6.22 % ------ Instantiation Options % 6.05/6.22 % 6.05/6.22 % --instantiation_flag true % 6.05/6.22 % --inst_lit_sel [+prop;+sign;+ground;-num_var;-num_symb] % 6.05/6.22 % --inst_solver_per_active 750 % 6.05/6.22 % --inst_solver_calls_frac 0.5 % 6.05/6.22 % --inst_passive_queue_type priority_queues % 6.05/6.22 % --inst_passive_queues [[-conj_dist;+conj_symb;-num_var];[+age;-num_symb]] % 6.05/6.22 % --inst_passive_queues_freq [25;2] % 6.05/6.22 % --inst_dismatching true % 6.05/6.22 % --inst_eager_unprocessed_to_passive true % 6.05/6.22 % --inst_prop_sim_given true % 6.05/6.22 % --inst_prop_sim_new false % 6.05/6.22 % --inst_orphan_elimination true % 6.05/6.22 % --inst_learning_loop_flag true % 6.05/6.22 % --inst_learning_start 3000 % 6.05/6.22 % --inst_learning_factor 2 % 6.05/6.22 % --inst_start_prop_sim_after_learn 3 % 6.05/6.22 % --inst_sel_renew solver % 6.05/6.22 % --inst_lit_activity_flag true % 6.05/6.22 % --inst_out_proof true % 6.05/6.22 % 6.05/6.22 % ------ Resolution Options % 6.05/6.22 % 6.05/6.22 % --resolution_flag true % 6.05/6.22 % --res_lit_sel kbo_max % 6.05/6.22 % --res_to_prop_solver none % 6.05/6.22 % --res_prop_simpl_new false % 6.05/6.22 % --res_prop_simpl_given false % 6.05/6.22 % --res_passive_queue_type priority_queues % 6.05/6.22 % --res_passive_queues [[-conj_dist;+conj_symb;-num_symb];[+age;-num_symb]] % 6.05/6.22 % --res_passive_queues_freq [15;5] % 6.05/6.22 % --res_forward_subs full % 6.05/6.22 % --res_backward_subs full % 6.05/6.22 % --res_forward_subs_resolution true % 6.05/6.22 % --res_backward_subs_resolution true % 6.05/6.22 % --res_orphan_elimination false % 6.05/6.22 % --res_time_limit 1000. % 6.05/6.22 % --res_out_proof true % 6.05/6.22 % --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s % 6.05/6.22 % --modulo true % 6.05/6.22 % 6.05/6.22 % ------ Combination Options % 6.05/6.22 % 6.05/6.22 % --comb_res_mult 1000 % 6.05/6.22 % --comb_inst_mult 300 % 6.05/6.22 % ------ % 6.05/6.22 % 6.05/6.22 % ------ Parsing...% successful % 6.05/6.22 % 6.05/6.22 % ------ Preprocessing... gs_s sp: 12 0s gs_e snvd_s sp: 12 0s snvd_e pe_s pe:1:0s pe:2:0s pe:4:0s pe:8:0s pe_e snvd_s sp: 2 0s snvd_e % % 6.05/6.22 % 6.05/6.22 % ------ Proving... % 6.05/6.22 % ------ Problem Properties % 6.05/6.22 % 6.05/6.22 % % 6.05/6.22 % EPR false % 6.05/6.22 % Horn false % 6.05/6.22 % Has equality true % 6.05/6.22 % 6.05/6.22 % % ------ Input Options Time Limit: Unbounded % 6.05/6.22 % 6.05/6.22 % 6.05/6.22 % % ------ Current options: % 6.05/6.22 % 6.05/6.22 % ------ Input Options % 6.05/6.22 % 6.05/6.22 % --out_options all % 6.05/6.22 % --tptp_safe_out true % 6.05/6.22 % --problem_path "" % 6.05/6.22 % --include_path "" % 6.05/6.22 % --clausifier .//eprover % 6.05/6.22 % --clausifier_options --tstp-format % 6.05/6.22 % --stdin false % 6.05/6.22 % --dbg_backtrace false % 6.05/6.22 % --dbg_dump_prop_clauses false % 6.05/6.22 % --dbg_dump_prop_clauses_file - % 6.05/6.22 % --dbg_out_stat false % 6.05/6.22 % 6.05/6.22 % ------ General Options % 6.05/6.22 % 6.05/6.22 % --fof false % 6.05/6.22 % --time_out_real 150. % 6.05/6.22 % --time_out_prep_mult 0.2 % 6.05/6.22 % --time_out_virtual -1. % 6.05/6.22 % --schedule none % 6.05/6.22 % --ground_splitting input % 6.05/6.22 % --splitting_nvd 16 % 6.05/6.22 % --non_eq_to_eq false % 6.05/6.22 % --prep_gs_sim true % 6.05/6.22 % --prep_unflatten false % 6.05/6.22 % --prep_res_sim true % 6.05/6.22 % --prep_upred true % 6.05/6.22 % --res_sim_input true % 6.05/6.22 % --clause_weak_htbl true % 6.05/6.22 % --gc_record_bc_elim false % 6.05/6.22 % --symbol_type_check false % 6.05/6.22 % --clausify_out false % 6.05/6.22 % --large_theory_mode false % 6.05/6.22 % --prep_sem_filter none % 6.05/6.22 % --prep_sem_filter_out false % 6.05/6.22 % --preprocessed_out false % 6.05/6.22 % --sub_typing false % 6.05/6.22 % --brand_transform false % 6.05/6.22 % --pure_diseq_elim true % 6.05/6.22 % --min_unsat_core false % 6.05/6.22 % --pred_elim true % 6.05/6.22 % --add_important_lit false % 6.05/6.22 % --soft_assumptions false % 6.05/6.22 % --reset_solvers false % 6.05/6.22 % --bc_imp_inh [] % 6.05/6.22 % --conj_cone_tolerance 1.5 % 6.05/6.22 % --prolific_symb_bound 500 % 6.05/6.22 % --lt_threshold 2000 % 6.05/6.22 % 6.05/6.22 % ------ SAT Options % 6.05/6.22 % 6.05/6.22 % --sat_mode false % 6.05/6.22 % --sat_fm_restart_options "" % 6.05/6.22 % --sat_gr_def false % 6.05/6.22 % --sat_epr_types true % 6.05/6.22 % --sat_non_cyclic_types false % 6.05/6.22 % --sat_finite_models false % 6.05/6.22 % --sat_fm_lemmas false % 6.05/6.22 % --sat_fm_prep false % 6.05/6.22 % --sat_fm_uc_incr true % 6.05/6.22 % --sat_out_model small % 6.05/6.22 % --sat_out_clauses false % 6.05/6.22 % 6.05/6.22 % ------ QBF Options % 6.05/6.22 % 6.05/6.22 % --qbf_mode false % 6.05/6.22 % --qbf_elim_univ true % 6.05/6.22 % --qbf_sk_in true % 6.05/6.22 % --qbf_pred_elim true % 6.05/6.22 % --qbf_split 32 % 6.05/6.22 % 6.05/6.22 % ------ BMC1 Options % 6.05/6.22 % 6.05/6.22 % --bmc1_incremental false % 6.05/6.22 % --bmc1_axioms reachable_all % 6.05/6.22 % --bmc1_min_bound 0 % 6.05/6.22 % --bmc1_max_bound -1 % 6.05/6.22 % --bmc1_max_bound_default -1 % 6.05/6.22 % --bmc1_symbol_reachability true % 6.05/6.22 % --bmc1_property_lemmas false % 6.05/6.22 % --bmc1_k_induction false % 6.05/6.22 % --bmc1_non_equiv_states false % 6.05/6.22 % --bmc1_deadlock false % 6.05/6.22 % --bmc1_ucm false % 6.05/6.22 % --bmc1_add_unsat_core none % 6.05/6.22 % --bmc1_unsat_core_children false % 6.05/6.22 % --bmc1_unsat_core_extrapolate_axioms false % 6.05/6.22 % --bmc1_out_stat full % 6.05/6.22 % --bmc1_ground_init false % 6.05/6.22 % --bmc1_pre_inst_next_state false % 6.05/6.22 % --bmc1_pre_inst_state false % 6.05/6.22 % --bmc1_pre_inst_reach_state false % 6.05/6.22 % --bmc1_out_unsat_core false % 6.05/6.22 % --bmc1_aig_witness_out false % 6.05/6.22 % --bmc1_verbose false % 6.05/6.22 % --bmc1_dump_clauses_tptp false % 6.05/6.22 % --bmc1_dump_unsat_core_tptp false % 6.05/6.22 % --bmc1_dump_file - % 6.05/6.22 % --bmc1_ucm_expand_uc_limit 128 % 6.05/6.22 % --bmc1_ucm_n_expand_iterations 6 % 6.05/6.22 % --bmc1_ucm_extend_mode 1 % 6.05/6.22 % --bmc1_ucm_init_mode 2 % 6.05/6.22 % --bmc1_ucm_cone_mode none % 6.05/6.22 % --bmc1_ucm_reduced_relation_type 0 % 6.05/6.22 % --bmc1_ucm_relax_model 4 % 6.05/6.22 % --bmc1_ucm_full_tr_after_sat true % 6.05/6.22 % --bmc1_ucm_expand_neg_assumptions false % 6.05/6.22 % --bmc1_ucm_layered_model none % 6.05/6.22 % --bmc1_ucm_max_lemma_size 10 % 6.05/6.22 % 6.05/6.22 % ------ AIG Options % 6.05/6.22 % 6.05/6.22 % --aig_mode false % 6.05/6.22 % 6.05/6.22 % ------ Instantiation Options % 6.05/6.22 % 6.05/6.22 % --instantiation_flag true % 6.05/6.22 % --inst_lit_sel [+prop;+sign;+ground;-num_var;-num_symb] % 6.05/6.22 % --inst_solver_per_active 750 % 6.05/6.22 % --inst_solver_calls_frac 0.5 % 6.05/6.22 % --inst_passive_queue_type priority_queues % 6.05/6.22 % --inst_passive_queues [[-conj_dist;+conj_symb;-num_var];[+age;-num_symb]] % 6.05/6.22 % --inst_passive_queues_freq [25;2] % 6.05/6.22 % --inst_dismatching true % 6.05/6.22 % --inst_eager_unprocessed_to_passive true % 46.16/46.41 % --inst_prop_sim_given true % 46.16/46.41 % --inst_prop_sim_new false % 46.16/46.41 % --inst_orphan_elimination true % 46.16/46.41 % --inst_learning_loop_flag true % 46.16/46.41 % --inst_learning_start 3000 % 46.16/46.41 % --inst_learning_factor 2 % 46.16/46.41 % --inst_start_prop_sim_after_learn 3 % 46.16/46.41 % --inst_sel_renew solver % 46.16/46.41 % --inst_lit_activity_flag true % 46.16/46.41 % --inst_out_proof true % 46.16/46.41 % 46.16/46.41 % ------ Resolution Options % 46.16/46.41 % 46.16/46.41 % --resolution_flag true % 46.16/46.41 % --res_lit_sel kbo_max % 46.16/46.41 % --res_to_prop_solver none % 46.16/46.41 % --res_prop_simpl_new false % 46.16/46.41 % --res_prop_simpl_given false % 46.16/46.41 % --res_passive_queue_type priority_queues % 46.16/46.41 % --res_passive_queues [[-conj_dist;+conj_symb;-num_symb];[+age;-num_symb]] % 46.16/46.41 % --res_passive_queues_freq [15;5] % 46.16/46.41 % --res_forward_subs full % 46.16/46.41 % --res_backward_subs full % 46.16/46.41 % --res_forward_subs_resolution true % 46.16/46.41 % --res_backward_subs_resolution true % 46.16/46.41 % --res_orphan_elimination false % 46.16/46.41 % --res_time_limit 1000. % 46.16/46.41 % --res_out_proof true % 46.16/46.41 % --proof_out_file /export/starexec/sandbox/tmp/iprover_proof_8b40cc.s % 46.16/46.41 % --modulo true % 46.16/46.41 % 46.16/46.41 % ------ Combination Options % 46.16/46.41 % 46.16/46.41 % --comb_res_mult 1000 % 46.16/46.41 % --comb_inst_mult 300 % 46.16/46.41 % ------ % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 % ------ Proving... % 46.16/46.41 % warning: shown sat in sat incomplete mode % 46.16/46.41 % % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 ------ Building Model...Done % 46.16/46.41 % 46.16/46.41 %------ The model is defined over ground terms (initial term algebra). % 46.16/46.41 %------ Predicates are defined as (\forall x_1,..,x_n ((~)P(x_1,..,x_n) <=> (\phi(x_1,..,x_n)))) % 46.16/46.41 %------ where \phi is a formula over the term algebra. % 46.16/46.41 %------ If we have equality in the problem then it is also defined as a predicate above, % 46.16/46.41 %------ with "=" on the right-hand-side of the definition interpreted over the term algebra term_algebra_type % 46.16/46.41 %------ See help for --sat_out_model for different model outputs. % 46.16/46.41 %------ equality_sorted(X0,X1,X2) can be used in the place of usual "=" % 46.16/46.41 %------ where the first argument stands for the sort ($i in the unsorted case) % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 % 46.16/46.41 %------ Negative definition of equality_sorted % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X0,X1] : % 46.16/46.41 ( ~(equality_sorted(X0,X0,X1)) <=> % 46.16/46.41 $false % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of smoke % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( smoke(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of event % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( event(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of eventuality % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( eventuality(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of thing % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( thing(X0,X1) <=> % 46.16/46.41 $true % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of singleton % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( singleton(X0,X1) <=> % 46.16/46.41 $true % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of specific % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( specific(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of nonexistent % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( nonexistent(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Negative definition of unisex % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( ~(unisex(X0,X1)) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of proposition % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( proposition(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc12 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc12 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc12 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of relation % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( relation(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0!=skc12 | X1!=skf2(X0) ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc15 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skf2(X1) ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of abstraction % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( abstraction(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0!=skc12 | X1!=skf2(X0) ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc15 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skf2(X1) ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Negative definition of nonhuman % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( ~(nonhuman(X0,X1)) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of general % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( general(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0!=skc12 | X1!=skf2(X0) ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 | X1!=skc15 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 | X1!=skc15 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skf2(X1) ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc9 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc13 ) % 46.16/46.41 & % 46.16/46.41 ( X1!=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of state % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( state(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of man % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( man(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc12 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of human_person % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( human_person(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of organism % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( organism(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of entity % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( entity(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of existent % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( existent(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of impartial % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( impartial(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of living % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( living(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 & % 46.16/46.41 ( X0!=skc8 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of human % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( human(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of animate % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( animate(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Positive definition of male % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( male(X0,X1) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc10 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X1=skc15 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ) % 46.16/46.41 ). % 46.16/46.41 % 46.16/46.41 %------ Negative definition of forename % 46.16/46.41 fof(lit_def,axiom, % 46.16/46.41 (! [X0,X1] : % 46.16/46.41 ( ~(forename(X0,X1)) <=> % 46.16/46.41 ( % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skc13 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ? [X2] : % 46.16/46.41 ( % 46.16/46.41 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.41 ( % 46.16/46.41 ( X0=skc8 & X1=skc9 ) % 46.16/46.41 ) % 46.16/46.41 % 46.16/46.41 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X2] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skf2(X2) ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc9 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X2] : % 46.16/46.42 ( % 46.16/46.42 ( X1=skf2(X2) ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of relname % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( relname(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0!=skc12 | X1!=skf2(X0) ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc12 | X1!=skc9 ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc12 | X1!=skc13 ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc8 | X1!=skc9 ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc8 | X1!=skc10 ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc8 | X1!=skc13 ) % 46.16/46.42 & % 46.16/46.42 ( X0!=skc8 | X1!=skc15 ) % 46.16/46.42 & % 46.16/46.42 ( X1!=skf2(X1) ) % 46.16/46.42 & % 46.16/46.42 ( X1!=skc9 ) % 46.16/46.42 & % 46.16/46.42 ( X1!=skc10 ) % 46.16/46.42 & % 46.16/46.42 ( X1!=skc13 ) % 46.16/46.42 & % 46.16/46.42 ( X1!=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of vincent_forename % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( vincent_forename(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of jules_forename % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( jules_forename(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of accessible_world % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( accessible_world(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc12 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of present % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( present(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X2] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X2) ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of think_believe_consider % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1] : % 46.16/46.42 ( think_believe_consider(X0,X1) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X1=skc13 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of agent % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2] : % 46.16/46.42 ( agent(X0,X1,X2) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc13 & X2=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(skc15) & X2=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(skc10) & X2=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc13 & X2=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of theme % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2] : % 46.16/46.42 ( theme(X0,X1,X2) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc13 & X2=skc12 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc13 & X2=skc12 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of of % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2] : % 46.16/46.42 ( of(X0,X1,X2) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc11 & X2=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc14 & X2=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc11 & X2=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc14 & X2=skc15 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of be % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3] : % 46.16/46.42 ( be(X0,X1,X2,X3) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc9 & X2=skc10 & X3=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 & X1=skc9 & X2=skc10 & X3=skc10 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of actual_world % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0] : % 46.16/46.42 ( actual_world(X0) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc8 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of sP0_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 ( sP0_iProver_split <=> % 46.16/46.42 $false % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Negative definition of sP4_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12] : % 46.16/46.42 ( ~(sP4_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12)) <=> % 46.16/46.42 ( % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of sP6_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5] : % 46.16/46.42 ( sP6_iProver_split(X0,X1,X2,X3,X4,X5) <=> % 46.16/46.42 $false % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Negative definition of sP10_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12] : % 46.16/46.42 ( ~(sP10_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11,X12)) <=> % 46.16/46.42 ( % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc9 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skc13 & X6=skf2(X15) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14,X15,X16] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc12 & X5=skf2(X15) & X6=skf2(X16) & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X4=skc8 & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc9 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc9 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc10 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc10 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X13,X14] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X13) & X2=skc12 & X3=skf2(X14) & X5=skc13 & X6=skc13 & X7=skc9 & X8=skc15 & X9=skc15 & X10=skc11 & X12=skc14 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Positive definition of sP12_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5] : % 46.16/46.42 ( sP12_iProver_split(X0,X1,X2,X3,X4,X5) <=> % 46.16/46.42 $false % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Negative definition of sP16_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11] : % 46.16/46.42 ( ~(sP16_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11)) <=> % 46.16/46.42 ( % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc9 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc9 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc10 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ? [X12] : % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(X12) & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc15 & X9=skc14 & X10=skc11 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 %------ Negative definition of sP17_iProver_split % 46.16/46.42 fof(lit_def,axiom, % 46.16/46.42 (! [X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11] : % 46.16/46.42 ( ~(sP17_iProver_split(X0,X1,X2,X3,X4,X5,X6,X7,X8,X9,X10,X11)) <=> % 46.16/46.42 ( % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skc13 & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc14 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 | % 46.16/46.42 ( % 46.16/46.42 ( X0=skc12 & X1=skf2(skc15) & X2=skc8 & X3=skc13 & X4=skc13 & X5=skc12 & X6=skc9 & X7=skc15 & X8=skc10 & X9=skc14 & X10=skc14 & X11=skc11 ) % 46.16/46.42 ) % 46.16/46.42 % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ) % 46.16/46.42 ). % 46.16/46.42 % 46.16/46.42 % 46.16/46.42 % 46.16/46.42 % ------ Statistics % 46.16/46.42 % 46.16/46.42 % ------ General % 46.16/46.42 % 46.16/46.42 % num_of_input_clauses: 211 % 46.16/46.42 % num_of_input_neg_conjectures: 24 % 46.16/46.42 % num_of_splits: 26 % 46.16/46.42 % num_of_split_atoms: 18 % 46.16/46.42 % num_of_sem_filtered_clauses: 0 % 46.16/46.42 % num_of_subtypes: 0 % 46.16/46.42 % monotx_restored_types: 0 % 46.16/46.42 % sat_num_of_epr_types: 0 % 46.16/46.42 % sat_num_of_non_cyclic_types: 0 % 46.16/46.42 % sat_guarded_non_collapsed_types: 0 % 46.16/46.42 % is_epr: 0 % 46.16/46.42 % is_horn: 0 % 46.16/46.42 % has_eq: 1 % 46.16/46.42 % num_pure_diseq_elim: 0 % 46.16/46.42 % simp_replaced_by: 4 % 46.16/46.42 % res_preprocessed: 72 % 46.16/46.42 % prep_upred: 0 % 46.16/46.42 % prep_unflattend: 172 % 46.16/46.42 % pred_elim_cands: 16 % 46.16/46.42 % pred_elim: 11 % 46.16/46.42 % pred_elim_cl: 14 % 46.16/46.42 % pred_elim_cycles: 19 % 46.16/46.42 % forced_gc_time: 0 % 46.16/46.42 % gc_basic_clause_elim: 0 % 46.16/46.42 % parsing_time: 0.004 % 46.16/46.42 % sem_filter_time: 0. % 46.16/46.42 % pred_elim_time: 0.016 % 46.16/46.42 % out_proof_time: 0. % 46.16/46.42 % monotx_time: 0. % 46.16/46.42 % subtype_inf_time: 0. % 46.16/46.42 % unif_index_cands_time: 0.019 % 46.16/46.42 % unif_index_add_time: 0.029 % 46.16/46.42 % total_time: 40.236 % 46.16/46.42 % num_of_symbols: 89 % 46.16/46.42 % num_of_terms: 18657 % 46.16/46.42 % 46.16/46.42 % ------ Propositional Solver % 46.16/46.42 % 46.16/46.42 % prop_solver_calls: 23 % 46.16/46.42 % prop_fast_solver_calls: 826 % 46.16/46.42 % prop_num_of_clauses: 7191 % 46.16/46.42 % prop_preprocess_simplified: 18040 % 46.16/46.42 % prop_fo_subsumed: 6 % 46.16/46.42 % prop_solver_time: 0.001 % 46.16/46.42 % prop_fast_solver_time: 0. % 46.16/46.42 % prop_unsat_core_time: 0. % 46.16/46.42 % 46.16/46.42 % ------ QBF % 46.16/46.42 % 46.16/46.42 % qbf_q_res: 0 % 46.16/46.42 % qbf_num_tautologies: 0 % 46.16/46.42 % qbf_prep_cycles: 0 % 46.16/46.42 % 46.16/46.42 % ------ BMC1 % 46.16/46.42 % 46.16/46.42 % bmc1_current_bound: -1 % 46.16/46.42 % bmc1_last_solved_bound: -1 % 46.16/46.42 % bmc1_unsat_core_size: -1 % 46.16/46.42 % bmc1_unsat_core_parents_size: -1 % 46.16/46.42 % bmc1_merge_next_fun: 0 % 46.16/46.42 % bmc1_unsat_core_clauses_time: 0. % 46.16/46.42 % 46.16/46.42 % ------ Instantiation % 46.16/46.42 % 46.16/46.42 % inst_num_of_clauses: 2879 % 46.16/46.42 % inst_num_in_passive: 0 % 46.16/46.42 % inst_num_in_active: 2858 % 46.16/46.42 % inst_num_in_unprocessed: 0 % 46.16/46.42 % inst_num_of_loops: 2972 % 46.16/46.42 % inst_num_of_learning_restarts: 1 % 46.16/46.42 % inst_num_moves_active_passive: 80 % 46.16/46.42 % inst_lit_activity: 246 % 46.16/46.42 % inst_lit_activity_moves: 0 % 46.16/46.42 % inst_num_tautologies: 21 % 46.16/46.42 % inst_num_prop_implied: 0 % 46.16/46.42 % inst_num_existing_simplified: 0 % 46.16/46.42 % inst_num_eq_res_simplified: 0 % 46.16/46.42 % inst_num_child_elim: 0 % 46.16/46.42 % inst_num_of_dismatching_blockings: 93 % 46.16/46.42 % inst_num_of_non_proper_insts: 4677 % 46.16/46.42 % inst_num_of_duplicates: 2611 % 46.16/46.42 % inst_inst_num_from_inst_to_res: 0 % 46.16/46.42 % inst_dismatching_checking_time: 0.007 % 46.16/46.42 % 46.16/46.42 % ------ Resolution % 46.16/46.42 % 46.16/46.42 % res_num_of_clauses: 17956 % 46.16/46.42 % res_num_in_passive: 3082 % 46.16/46.42 % res_num_in_active: 13422 % 46.16/46.42 % res_num_of_loops: 20000 % 46.16/46.42 % res_forward_subset_subsumed: 3707 % 46.16/46.42 % res_backward_subset_subsumed: 5 % 46.16/46.42 % res_forward_subsumed: 4918 % 46.16/46.42 % res_backward_subsumed: 28 % 46.16/46.42 % res_forward_subsumption_resolution: 8590 % 46.16/46.42 % res_backward_subsumption_resolution: 11 % 46.16/46.42 % res_clause_to_clause_subsumption: 1330240 % 46.16/46.42 % res_orphan_elimination: 0 % 46.16/46.42 % res_tautology_del: 0 % 46.16/46.42 % res_num_eq_res_simplified: 0 % 46.16/46.42 % res_num_sel_changes: 0 % 46.16/46.42 % res_moves_from_active_to_pass: 0 % 46.16/46.42 % 46.16/46.42 % Status Unknown % 46.16/46.42 % Last status : % 46.16/46.42 % SZS status Unknown %------------------------------------------------------------------------------