0.02/0.10	% Problem  : theBenchmark.p : TPTP v0.0.0. Released v0.0.0.
0.02/0.10	% Command  : run_iprover %s %d SAT
0.09/0.30	% Computer : n021.cluster.edu
0.09/0.30	% Model    : x86_64 x86_64
0.09/0.30	% CPU      : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
0.09/0.30	% Memory   : 8042.1875MB
0.09/0.30	% OS       : Linux 3.10.0-693.el7.x86_64
0.09/0.30	% CPULimit : 960
0.09/0.30	% WCLimit  : 120
0.09/0.30	% DateTime : Wed Jul 30 05:35:19 EDT 2025
0.09/0.31	% CPUTime  : 
0.15/0.43	Running model finding
0.15/0.43	Running: /export/starexec/sandbox/solver/bin/run_problem --no_cores 8 --heuristic_context fnt --schedule fnt_schedule /export/starexec/sandbox/benchmark/theBenchmark.p 120
2.64/1.12	% SZS status Started for theBenchmark.p
2.64/1.12	% SZS status Satisfiable for theBenchmark.p
2.64/1.12	
2.64/1.12	%---------------- iProver v3.9 (pre CASC 2024/SMT-COMP 2024) ----------------%
2.64/1.12	
2.64/1.12	------  iProver source info
2.64/1.12	
2.64/1.12	git: date: 2024-06-12 09:56:46 +0000
2.64/1.12	git: sha1: 4869ab62f0a3398f9d3a35e6db7918ebd3847e49
2.64/1.12	git: non_committed_changes: false
2.64/1.12	
2.64/1.12	------ Parsing...
2.64/1.12	------ Clausification by vclausify_rel  & Parsing by iProver...
2.64/1.12	------ Proving...
2.64/1.12	------ Problem Properties 
2.64/1.12	
2.64/1.12	
2.64/1.12	clauses                                 37
2.64/1.12	conjectures                             0
2.64/1.12	EPR                                     27
2.64/1.12	Horn                                    34
2.64/1.12	unary                                   26
2.64/1.12	binary                                  5
2.64/1.12	lits                                    58
2.64/1.12	lits eq                                 41
2.64/1.12	fd_pure                                 2
2.64/1.12	fd_pseudo                               0
2.64/1.12	fd_cond                                 0
2.64/1.12	fd_pseudo_cond                          3
2.64/1.12	AC symbols                              0
2.64/1.12	
2.64/1.12	------ Input Options Time Limit: Unbounded
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Finite Models:
2.64/1.12	
2.64/1.12	------ lit_activity_flag true
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 1
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 2
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 2
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 2
2.64/1.12	------ 
2.64/1.12	Current options:
2.64/1.12	------ 
2.64/1.12	
2.64/1.12	------ Input Options
2.64/1.12	
2.64/1.12	--out_options                           all
2.64/1.12	--tptp_safe_out                         true
2.64/1.12	--problem_path                          ""
2.64/1.12	--include_path                          ""
2.64/1.12	--clausifier                            res/vclausify_rel
2.64/1.12	--clausifier_options                    --mode tclausify --show_fool true -t 124.98  -updr off 
2.64/1.12	--stdin                                 false
2.64/1.12	--proof_out                             true
2.64/1.12	--proof_dot_file                        ""
2.64/1.12	--proof_reduce_dot                      []
2.64/1.12	--suppress_sat_res                      false
2.64/1.12	--suppress_unsat_res                    true
2.64/1.12	--stats_out                             none
2.64/1.12	--stats_mem                             false
2.64/1.12	--theory_stats_out                      false
2.64/1.12	
2.64/1.12	------ General Options
2.64/1.12	
2.64/1.12	--fof                                   false
2.64/1.12	--time_out_real                         124.98
2.64/1.12	--time_out_virtual                      -1.
2.64/1.12	--rnd_seed                              13
2.64/1.12	--symbol_type_check                     false
2.64/1.12	--clausify_out                          false
2.64/1.12	--sig_cnt_out                           false
2.64/1.12	--trig_cnt_out                          false
2.64/1.12	--trig_cnt_out_tolerance                1.
2.64/1.12	--trig_cnt_out_sk_spl                   false
2.64/1.12	--abstr_cl_out                          false
2.64/1.12	
2.64/1.12	------ Interactive Mode
2.64/1.12	
2.64/1.12	--interactive_mode                      false
2.64/1.12	--external_ip_address                   ""
2.64/1.12	--external_port                         0
2.64/1.12	
2.64/1.12	------ Global Options
2.64/1.12	
2.64/1.12	--schedule                              none
2.64/1.12	--add_important_lit                     false
2.64/1.12	--prop_solver_per_cl                    500
2.64/1.12	--subs_bck_mult                         8
2.64/1.12	--min_unsat_core                        false
2.64/1.12	--soft_assumptions                      false
2.64/1.12	--soft_lemma_size                       3
2.64/1.12	--prop_impl_unit_size                   0
2.64/1.12	--prop_impl_unit                        []
2.64/1.12	--share_sel_clauses                     true
2.64/1.12	--reset_solvers                         false
2.64/1.12	--bc_imp_inh                            [conj_cone]
2.64/1.12	--conj_cone_tolerance                   3.
2.64/1.12	--extra_neg_conj                        none
2.64/1.12	--large_theory_mode                     true
2.64/1.12	--prolific_symb_bound                   200
2.64/1.12	--lt_threshold                          2000
2.64/1.12	--clause_weak_htbl                      true
2.64/1.12	--gc_record_bc_elim                     false
2.64/1.12	
2.64/1.12	------ Preprocessing Options
2.64/1.12	
2.64/1.12	--preprocessing_flag                    false
2.64/1.12	--time_out_prep_mult                    0.1
2.64/1.12	--splitting_mode                        input
2.64/1.12	--splitting_grd                         true
2.64/1.12	--splitting_cvd                         false
2.64/1.12	--splitting_cvd_svl                     false
2.64/1.12	--splitting_nvd                         32
2.64/1.12	--sub_typing                            false
2.64/1.12	--prep_eq_flat_conj                     true
2.64/1.12	--prep_eq_flat_all_gr                   false
2.64/1.12	--prep_gs_sim                           true
2.64/1.12	--prep_unflatten                        true
2.64/1.12	--prep_res_sim                          true
2.64/1.12	--prep_sup_sim_all                      true
2.64/1.12	--prep_sup_sim_sup                      false
2.64/1.12	--prep_upred                            true
2.64/1.12	--prep_well_definedness                 true
2.64/1.12	--prep_sem_filter                       exhaustive
2.64/1.12	--prep_sem_filter_out                   false
2.64/1.12	--pred_elim                             true
2.64/1.12	--res_sim_input                         true
2.64/1.12	--eq_ax_congr_red                       true
2.64/1.12	--pure_diseq_elim                       true
2.64/1.12	--brand_transform                       false
2.64/1.12	--non_eq_to_eq                          false
2.64/1.12	--prep_def_merge                        true
2.64/1.12	--prep_def_merge_prop_impl              false
2.64/1.12	--prep_def_merge_mbd                    true
2.64/1.12	--prep_def_merge_tr_red                 false
2.64/1.12	--prep_def_merge_tr_cl                  false
2.64/1.12	--smt_preprocessing                     false
2.64/1.12	--smt_ac_axioms                         fast
2.64/1.12	--preprocessed_out                      false
2.64/1.12	--preprocessed_stats                    false
2.64/1.12	
2.64/1.12	------ Abstraction refinement Options
2.64/1.12	
2.64/1.12	--abstr_ref                             []
2.64/1.12	--abstr_ref_prep                        false
2.64/1.12	--abstr_ref_until_sat                   false
2.64/1.12	--abstr_ref_sig_restrict                funpre
2.64/1.12	--abstr_ref_af_restrict_to_split_sk     false
2.64/1.12	--abstr_ref_under                       []
2.64/1.12	
2.64/1.12	------ SAT Options
2.64/1.12	
2.64/1.12	--sat_mode                              true
2.64/1.12	--sat_fm_restart_options                ""
2.64/1.12	--sat_gr_def                            false
2.64/1.12	--sat_epr_types                         true
2.64/1.12	--sat_non_cyclic_types                  false
2.64/1.12	--sat_finite_models                     true
2.64/1.12	--sat_fm_lemmas                         false
2.64/1.12	--sat_fm_prep                           false
2.64/1.12	--sat_fm_uc_incr                        true
2.64/1.12	--sat_out_model                         pos
2.64/1.12	--sat_out_clauses                       false
2.64/1.12	
2.64/1.12	------ QBF Options
2.64/1.12	
2.64/1.12	--qbf_mode                              false
2.64/1.12	--qbf_elim_univ                         false
2.64/1.12	--qbf_dom_inst                          none
2.64/1.12	--qbf_dom_pre_inst                      false
2.64/1.12	--qbf_sk_in                             false
2.64/1.12	--qbf_pred_elim                         true
2.64/1.12	--qbf_split                             512
2.64/1.12	
2.64/1.12	------ BMC1 Options
2.64/1.12	
2.64/1.12	--bmc1_incremental                      false
2.64/1.12	--bmc1_axioms                           reachable_all
2.64/1.12	--bmc1_min_bound                        0
2.64/1.12	--bmc1_max_bound                        -1
2.64/1.12	--bmc1_max_bound_default                -1
2.64/1.12	--bmc1_symbol_reachability              true
2.64/1.12	--bmc1_property_lemmas                  false
2.64/1.12	--bmc1_k_induction                      false
2.64/1.12	--bmc1_non_equiv_states                 false
2.64/1.12	--bmc1_deadlock                         false
2.64/1.12	--bmc1_ucm                              false
2.64/1.12	--bmc1_add_unsat_core                   none
2.64/1.12	--bmc1_unsat_core_children              false
2.64/1.12	--bmc1_unsat_core_extrapolate_axioms    false
2.64/1.12	--bmc1_out_stat                         full
2.64/1.12	--bmc1_ground_init                      false
2.64/1.12	--bmc1_pre_inst_next_state              false
2.64/1.12	--bmc1_pre_inst_state                   false
2.64/1.12	--bmc1_pre_inst_reach_state             false
2.64/1.12	--bmc1_out_unsat_core                   false
2.64/1.12	--bmc1_aig_witness_out                  false
2.64/1.12	--bmc1_verbose                          false
2.64/1.12	--bmc1_dump_clauses_tptp                false
2.64/1.12	--bmc1_dump_unsat_core_tptp             false
2.64/1.12	--bmc1_dump_file                        -
2.64/1.12	--bmc1_ucm_expand_uc_limit              128
2.64/1.12	--bmc1_ucm_n_expand_iterations          6
2.64/1.12	--bmc1_ucm_extend_mode                  1
2.64/1.12	--bmc1_ucm_init_mode                    2
2.64/1.12	--bmc1_ucm_cone_mode                    none
2.64/1.12	--bmc1_ucm_reduced_relation_type        0
2.64/1.12	--bmc1_ucm_relax_model                  4
2.64/1.12	--bmc1_ucm_full_tr_after_sat            true
2.64/1.12	--bmc1_ucm_expand_neg_assumptions       false
2.64/1.12	--bmc1_ucm_layered_model                none
2.64/1.12	--bmc1_ucm_max_lemma_size               10
2.64/1.12	
2.64/1.12	------ AIG Options
2.64/1.12	
2.64/1.12	--aig_mode                              false
2.64/1.12	
2.64/1.12	------ Instantiation Options
2.64/1.12	
2.64/1.12	--instantiation_flag                    true
2.64/1.12	--inst_sos_flag                         false
2.64/1.12	--inst_sos_phase                        true
2.64/1.12	--inst_sos_sth_lit_sel                  [+prop;+non_prol_conj_symb;-eq;+ground;-num_var;-num_symb]
2.64/1.12	--inst_lit_sel                          [+prop;+sign;+ground;-num_var;-num_symb]
2.64/1.12	--inst_lit_sel_side                     num_symb
2.64/1.12	--inst_solver_per_active                1400
2.64/1.12	--inst_solver_calls_frac                1.
2.64/1.12	--inst_to_smt_solver                    true
2.64/1.12	--inst_passive_queue_type               priority_queues
2.64/1.12	--inst_passive_queues                   [[-conj_dist;+conj_symb;-num_var];[+age;-num_symb]]
2.64/1.12	--inst_passive_queues_freq              [25;2]
2.64/1.12	--inst_dismatching                      true
2.64/1.12	--inst_eager_unprocessed_to_passive     true
2.64/1.12	--inst_unprocessed_bound                1000
2.64/1.12	--inst_prop_sim_given                   true
2.64/1.12	--inst_prop_sim_new                     false
2.64/1.12	--inst_subs_new                         false
2.64/1.12	--inst_eq_res_simp                      false
2.64/1.12	--inst_subs_given                       false
2.64/1.12	--inst_orphan_elimination               true
2.64/1.12	--inst_learning_loop_flag               true
2.64/1.12	--inst_learning_start                   3000
2.64/1.12	--inst_learning_factor                  2
2.64/1.12	--inst_start_prop_sim_after_learn       3
2.64/1.12	--inst_sel_renew                        solver
2.64/1.12	--inst_lit_activity_flag                true
2.64/1.12	--inst_restr_to_given                   false
2.64/1.12	--inst_activity_threshold               500
2.64/1.12	
2.64/1.12	------ Resolution Options
2.64/1.12	
2.64/1.12	--resolution_flag                       false
2.64/1.12	--res_lit_sel                           adaptive
2.64/1.12	--res_lit_sel_side                      none
2.64/1.12	--res_ordering                          kbo
2.64/1.12	--res_to_prop_solver                    active
2.64/1.12	--res_prop_simpl_new                    false
2.64/1.12	--res_prop_simpl_given                  true
2.64/1.12	--res_to_smt_solver                     true
2.64/1.12	--res_passive_queue_type                priority_queues
2.64/1.12	--res_passive_queues                    [[-conj_dist;+conj_symb;-num_symb];[+age;-num_symb]]
2.64/1.12	--res_passive_queues_freq               [15;5]
2.64/1.12	--res_forward_subs                      full
2.64/1.12	--res_backward_subs                     full
2.64/1.12	--res_forward_subs_resolution           true
2.64/1.12	--res_backward_subs_resolution          true
2.64/1.12	--res_orphan_elimination                true
2.64/1.12	--res_time_limit                        300.
2.64/1.12	
2.64/1.12	------ Superposition Options
2.64/1.12	
2.64/1.12	--superposition_flag                    false
2.64/1.12	--sup_passive_queue_type                priority_queues
2.64/1.12	--sup_passive_queues                    [[-conj_dist;-num_symb];[+score;+min_def_symb;-max_atom_input_occur;+conj_non_prolific_symb];[+age;-num_symb];[+score;-num_symb]]
2.64/1.12	--sup_passive_queues_freq               [8;1;4;4]
2.64/1.12	--demod_completeness_check              fast
2.64/1.12	--demod_use_ground                      true
2.64/1.12	--sup_unprocessed_bound                 0
2.64/1.12	--sup_to_prop_solver                    passive
2.64/1.12	--sup_prop_simpl_new                    true
2.64/1.12	--sup_prop_simpl_given                  true
2.64/1.12	--sup_fun_splitting                     false
2.64/1.12	--sup_iter_deepening                    2
2.64/1.12	--sup_restarts_mult                     12
2.64/1.12	--sup_score                             sim_d_gen
2.64/1.12	--sup_share_score_frac                  0.2
2.64/1.12	--sup_share_max_num_cl                  500
2.64/1.12	--sup_ordering                          kbo
2.64/1.12	--sup_symb_ordering                     invfreq
2.64/1.12	--sup_term_weight                       default
2.64/1.12	
2.64/1.12	------ Superposition Simplification Setup
2.64/1.12	
2.64/1.12	--sup_indices_passive                   [LightNormIndex;FwDemodIndex]
2.64/1.12	--sup_full_triv                         [SMTSimplify;PropSubs]
2.64/1.12	--sup_full_fw                           [ACNormalisation;FwLightNorm;FwDemod;FwUnitSubsAndRes;FwSubsumption;FwSubsumptionRes;FwGroundJoinability]
2.64/1.12	--sup_full_bw                           [BwDemod;BwUnitSubsAndRes;BwSubsumption;BwSubsumptionRes]
2.64/1.12	--sup_immed_triv                        []
2.64/1.12	--sup_immed_fw_main                     [ACNormalisation;FwLightNorm;FwUnitSubsAndRes]
2.64/1.12	--sup_immed_fw_immed                    [ACNormalisation;FwUnitSubsAndRes]
2.64/1.12	--sup_immed_bw_main                     [BwUnitSubsAndRes;BwDemod]
2.64/1.12	--sup_immed_bw_immed                    [BwUnitSubsAndRes;BwSubsumption;BwSubsumptionRes]
2.64/1.12	--sup_input_triv                        [Unflattening;SMTSimplify]
2.64/1.12	--sup_input_fw                          [FwACDemod;ACNormalisation;FwLightNorm;FwDemod;FwUnitSubsAndRes;FwSubsumption;FwSubsumptionRes;FwGroundJoinability]
2.64/1.12	--sup_input_bw                          [BwACDemod;BwDemod;BwUnitSubsAndRes;BwSubsumption;BwSubsumptionRes]
2.64/1.12	--sup_full_fixpoint                     true
2.64/1.12	--sup_main_fixpoint                     true
2.64/1.12	--sup_immed_fixpoint                    false
2.64/1.12	--sup_input_fixpoint                    true
2.64/1.12	--sup_cache_sim                         none
2.64/1.12	--sup_smt_interval                      500
2.64/1.12	--sup_bw_gjoin_interval                 0
2.64/1.12	
2.64/1.12	------ Combination Options
2.64/1.12	
2.64/1.12	--comb_mode                             clause_based
2.64/1.12	--comb_inst_mult                        5
2.64/1.12	--comb_res_mult                         1
2.64/1.12	--comb_sup_mult                         8
2.64/1.12	--comb_sup_deep_mult                    2
2.64/1.12	
2.64/1.12	------ Debug Options
2.64/1.12	
2.64/1.12	--dbg_backtrace                         false
2.64/1.12	--dbg_dump_prop_clauses                 false
2.64/1.12	--dbg_dump_prop_clauses_file            -
2.64/1.12	--dbg_out_stat                          false
2.64/1.12	--dbg_just_parse                        false
2.64/1.12	
2.64/1.12	
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 3
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 3
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 3
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 4
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 4
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	------ Trying domains of size >= : 5
2.64/1.12	
2.64/1.12	
2.64/1.12	------ Proving...
2.64/1.12	
2.64/1.12	
2.64/1.12	% SZS status Satisfiable for theBenchmark.p
2.64/1.12	
2.64/1.12	------ Building Model...Done
2.64/1.12	
2.64/1.12	%------ The model is defined over ground terms (initial term algebra).
2.64/1.12	%------ Predicates are defined as (\forall x_1,..,x_n  ((~)P(x_1,..,x_n) <=> (\phi(x_1,..,x_n)))) 
2.64/1.12	%------ where \phi is a formula over the term algebra.
2.64/1.12	%------ If we have equality in the problem then it is also defined as a predicate above, 
2.64/1.12	%------ with "=" on the right-hand-side of the definition interpreted over the term algebra term_algebra_type
2.64/1.12	%------ See help for --sat_out_model for different model outputs.
2.64/1.12	%------ equality_sorted(X0,X1,X2) can be used in the place of usual "="
2.64/1.12	%------ where the first argument stands for the sort ($i in the unsorted case)
2.64/1.12	% SZS output start Model for theBenchmark.p
2.64/1.12	
2.64/1.12	%------ Positive definition of equality_sorted 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_12,X0_13,X1_13] : 
2.64/1.12	      ( equality_sorted(X0_12,X0_13,X1_13) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_12=$o & X1_1=X0_1 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c | X1_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c | X1_13!=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c | X1_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d | X1_13!=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d | X1_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a | X1_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a | X1_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a | X1_13!=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a | X1_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b | X1_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b | X1_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b | X1_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b | X1_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=sK0 )
2.64/1.12	               &
2.64/1.12	                ( X1_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X1_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X1_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X1_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X1_13!=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=c & X1_13=c )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=d & X1_13=d )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=a & X1_13=a )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=e & X1_13=e )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=e & X1_13=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=sK0 & X1_13=e )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X0_13=sK0 & X1_13=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X1_13=X0_13 )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=knowheyan & X1_13=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=age )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_1 | X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_1 | X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_1 | X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_1 | X1_15!=iProver_Domain_age_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_2 | X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_2 | X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_2 | X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_2 | X1_15!=iProver_Domain_age_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_3 | X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_3 | X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_3 | X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_3 | X1_15!=iProver_Domain_age_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_4 | X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_4 | X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_4 | X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_4 | X1_15!=iProver_Domain_age_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_5 | X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_5 | X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_5 | X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_15!=iProver_Domain_age_5 | X1_15!=iProver_Domain_age_4 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=job )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_1 | X1_14!=iProver_Domain_job_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_1 | X1_14!=iProver_Domain_job_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_1 | X1_14!=iProver_Domain_job_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_1 | X1_14!=iProver_Domain_job_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_2 | X1_14!=iProver_Domain_job_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_2 | X1_14!=iProver_Domain_job_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_2 | X1_14!=iProver_Domain_job_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_2 | X1_14!=iProver_Domain_job_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_3 | X1_14!=iProver_Domain_job_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_3 | X1_14!=iProver_Domain_job_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_3 | X1_14!=iProver_Domain_job_4 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_3 | X1_14!=iProver_Domain_job_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_4 | X1_14!=iProver_Domain_job_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_4 | X1_14!=iProver_Domain_job_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_4 | X1_14!=iProver_Domain_job_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_4 | X1_14!=iProver_Domain_job_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_5 | X1_14!=iProver_Domain_job_1 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_5 | X1_14!=iProver_Domain_job_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_5 | X1_14!=iProver_Domain_job_3 )
2.64/1.12	               &
2.64/1.12	                ( X0_14!=iProver_Domain_job_5 | X1_14!=iProver_Domain_job_4 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=job & X0_14=iProver_Domain_job_1 & X1_14=iProver_Domain_job_1 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=job & X0_14=iProver_Domain_job_2 & X1_14=iProver_Domain_job_2 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=job & X0_14=iProver_Domain_job_3 & X1_14=iProver_Domain_job_3 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_12=job & X0_14=iProver_Domain_job_4 & X1_14=iProver_Domain_job_4 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of greater 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_15,X1_15] : 
2.64/1.12	      ( greater(X0_15,X1_15) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_1 & X1_15=iProver_Domain_age_2 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_1 & X1_15=iProver_Domain_age_3 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_1 & X1_15=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_4 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_2 & X1_15=iProver_Domain_age_3 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_2 & X1_15=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_3 & X1_15=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_1 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_3 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_4 )
2.64/1.12	               &
2.64/1.12	                ( X1_15!=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 & X1_15=iProver_Domain_age_1 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 & X1_15=iProver_Domain_age_2 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 & X1_15=iProver_Domain_age_3 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 & X1_15=iProver_Domain_age_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_age_of 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_15,X0_13] : 
2.64/1.12	      ( iProver_Flat_age_of(X0_15,X0_13) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_1 & X0_13=d )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_2 )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_2 & X0_13=b )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_3 & X0_13=c )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_4 & X0_13=a )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_5 & X0_13=e )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_15=iProver_Domain_age_5 & X0_13=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_job_of 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14,X0_13] : 
2.64/1.12	      ( iProver_Flat_job_of(X0_14,X0_13) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_1 & X0_13=c )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_2 & X0_13=e )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_2 & X0_13=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_3 & X0_13=d )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_4 & X0_13=a )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_5 )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=c )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=d )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=a )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=b )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=e )
2.64/1.12	               &
2.64/1.12	                ( X0_13!=sK0 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	             | 
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_5 & X0_13=b )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_airfoil_technician 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14] : 
2.64/1.12	      ( iProver_Flat_airfoil_technician(X0_14) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_5 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_communications_consultant 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14] : 
2.64/1.12	      ( iProver_Flat_communications_consultant(X0_14) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_4 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_space_planner 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14] : 
2.64/1.12	      ( iProver_Flat_space_planner(X0_14) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_1 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_lunar_energy_engineer 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14] : 
2.64/1.12	      ( iProver_Flat_lunar_energy_engineer(X0_14) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_3 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	
2.64/1.12	%------ Positive definition of iProver_Flat_synthetic_food_nutitionist 
2.64/1.12	fof(lit_def,axiom,
2.64/1.12	    (! [X0_14] : 
2.64/1.12	      ( iProver_Flat_synthetic_food_nutitionist(X0_14) <=>
2.64/1.12	           (
2.64/1.12	              (
2.64/1.12	                ( X0_14=iProver_Domain_job_2 )
2.64/1.12	              )
2.64/1.12	
2.64/1.12	           )
2.64/1.12	      )
2.64/1.12	    )
2.64/1.12	   ).
2.64/1.12	% SZS output end Model for theBenchmark.p
2.64/1.13	
2.64/1.14	EOF