%------------------------------------------------------------------------------
% File : GKC---0.8
% Problem : KRS133+1 : TPTP v8.1.2. Released v3.1.0.
% Transfm : none
% Format : tptp:raw
% Command : gkc %s
% Computer : n001.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 300s
% DateTime : Thu Aug 31 05:47:00 EDT 2023
% Result : Theorem 64.04s 8.64s
% Output : CNFRefutation 64.39s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.12 % Problem : KRS133+1 : TPTP v8.1.2. Released v3.1.0.
% 0.00/0.12 % Command : gkc %s
% 0.12/0.33 % Computer : n001.cluster.edu
% 0.12/0.33 % Model : x86_64 x86_64
% 0.12/0.33 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.12/0.33 % Memory : 8042.1875MB
% 0.12/0.33 % OS : Linux 3.10.0-693.el7.x86_64
% 0.12/0.33 % CPULimit : 300
% 0.12/0.33 % WCLimit : 300
% 0.12/0.33 % DateTime : Mon Aug 28 02:29:04 EDT 2023
% 0.12/0.33 % CPUTime :
% 0.18/0.39
% 0.18/0.39 input clause set summed statistics:
% 0.18/0.39 ----------------------------------
% 0.18/0.39 in_clause_count: 1309
% 0.18/0.39 in_rule_clause_count: 1297
% 0.18/0.39 in_fact_clause_count: 12
% 0.18/0.39 in_answer_clause_count: 0
% 0.18/0.39 in_ground_clause_count: 1260
% 0.18/0.39 in_unit_clause_count: 80
% 0.18/0.39 in_horn_clause_count: 783
% 0.18/0.39 in_pos_clause_count: 127
% 0.18/0.39 in_neg_clause_count: 546
% 0.18/0.39 in_poseq_clause_count: 1
% 0.18/0.39 in_negeq_clause_count: 85
% 0.18/0.39 in_unitposeq_clause_count: 0
% 0.18/0.39 in_chain_clause_count: 12
% 0.18/0.39 in_min_length: 1
% 0.18/0.39 in_max_length: 5
% 0.18/0.39 in_min_depth: 1
% 0.18/0.39 in_max_depth: 2
% 0.18/0.39 in_min_size: 2
% 0.18/0.39 in_max_size: 11
% 0.18/0.39 in_min_vars: 0
% 0.18/0.39 in_max_vars: 3
% 0.18/0.39 in_extaxiom_count: 0
% 0.18/0.39 in_axiom_count: 127
% 0.18/0.39 in_assumption_count: 0
% 0.18/0.39 in_goal_count: 1182
% 0.18/0.39 in_neg_goal_count: 478
% 0.18/0.39 in_pos_goal_count: 113
% 0.18/0.39 in_posunit_goal_count: 0
% 0.18/0.39
% 0.18/0.39 auto guide:
% 0.18/0.39 -----------
% 0.18/0.39 {
% 0.18/0.39 "print":1,
% 0.18/0.39 "print_level": 15,
% 0.18/0.39 "max_size": 0,
% 0.18/0.39 "max_depth": 0,
% 0.18/0.39 "max_length": 0,
% 0.18/0.39 "max_dseconds": 0,
% 0.18/0.39 "runs":[
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit", "pure_unit"], "max_size":30, "max_depth":10, "max_weight":300, "weight_select_ratio":1, "rewrite":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "sine":5},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit","prohibit_nested_para","prohibit_deep_para","prohibit_unordered_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":3},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "depth_penalty":100, "sine":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit", "pure_unit"], "weight_select_ratio":1, "query_preference":0},
% 0.18/0.39 {"weight_select_ratio":100, "var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "depth_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "rewrite":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "max_depth":4},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "var_weight":1, "depth_penalty":100, "repeat_var_weight":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["positive_pref"], "query_preference":0, "reverse_clauselist":1, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "max_depth":3},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref", "prohibit_nested_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit", "pure_unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "max_depth":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":0, "sine":2},
% 0.18/0.39 {"sine":1, "var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["negative_pref", "max_weight"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "rewrite":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "max_depth":6, "var_weight":1},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "depth_penalty":50, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":1},
% 0.18/0.39 {"weight_select_ratio":100, "var_weight":70, "repeat_var_weight":70, "rewrite":0, "query_preference":0, "strategy":["query_focus", "posunitpara"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "max_depth":2},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100, "sine":2},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "rewrite":0, "length_penalty":100, "depth_penalty":100, "query_preference":0, "strategy":["hardness_pref", "max_weight"], "max_dseconds":1},
% 0.18/0.39 {"max_depth":0, "depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":1},
% 0.18/0.39 {"depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref", "posunitpara"], "query_preference":0, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"weight_select_ratio":100, "query_preference":0, "strategy":["negative_pref", "max_weight"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["hardness_pref", "max_ground_weight"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":1, "strategy":["positive_pref"], "query_preference":0, "reverse_clauselist":1},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["positive_pref"], "max_dseconds":1},
% 0.18/0.39 {"length_penalty":100, "depth_penalty":100, "query_preference":0, "strategy":["negative_pref", "hornpref", "max_weight"], "max_dseconds":1},
% 0.18/0.39 {"sine":1, "var_weight":70, "repeat_var_weight":70, "rewrite":0, "depth_penalty":50, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":1},
% 0.18/0.39 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "max_depth":4},
% 0.18/0.39 {"sine":2, "query_preference":0, "strategy":["unit"], "max_dseconds":1},
% 0.18/0.39 {"weight_select_ratio":100, "rewrite":0, "depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":1},
% 0.18/0.39
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit", "pure_unit"], "max_size":30, "max_depth":10, "max_weight":300, "weight_select_ratio":1, "rewrite":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "sine":5},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit","prohibit_nested_para","prohibit_deep_para","prohibit_unordered_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["query_focus"], "query_preference":3},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "depth_penalty":100, "sine":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit", "pure_unit"], "weight_select_ratio":1, "query_preference":0},
% 0.18/0.39 {"weight_select_ratio":100, "var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "depth_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "rewrite":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "max_depth":4},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "var_weight":1, "depth_penalty":100, "repeat_var_weight":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["positive_pref"], "query_preference":0, "reverse_clauselist":1, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "max_depth":3},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref", "prohibit_nested_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit", "pure_unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "max_depth":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["query_focus", "unit"], "query_preference":0, "sine":2},
% 0.18/0.39 {"sine":1, "var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["negative_pref", "max_weight"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "rewrite":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "max_depth":6, "var_weight":1},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "depth_penalty":50, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":10},
% 0.18/0.39 {"weight_select_ratio":100, "var_weight":70, "repeat_var_weight":70, "rewrite":0, "query_preference":0, "strategy":["query_focus", "posunitpara"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "max_depth":2},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100, "sine":2},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "rewrite":0, "length_penalty":100, "depth_penalty":100, "query_preference":0, "strategy":["hardness_pref", "max_weight"], "max_dseconds":10},
% 0.18/0.39 {"max_depth":0, "depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":10},
% 0.18/0.39 {"depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref", "posunitpara"], "query_preference":0, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"weight_select_ratio":100, "query_preference":0, "strategy":["negative_pref", "max_weight"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["hardness_pref", "max_ground_weight"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":10, "strategy":["positive_pref"], "query_preference":0, "reverse_clauselist":1},
% 0.18/0.39 {"var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["positive_pref"], "max_dseconds":10},
% 0.18/0.39 {"length_penalty":100, "depth_penalty":100, "query_preference":0, "strategy":["negative_pref", "hornpref", "max_weight"], "max_dseconds":10},
% 0.18/0.39 {"sine":1, "var_weight":70, "repeat_var_weight":70, "rewrite":0, "depth_penalty":50, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":10},
% 0.18/0.39 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "max_depth":4},
% 0.18/0.39 {"sine":2, "query_preference":0, "strategy":["unit"], "max_dseconds":10},
% 0.18/0.39 {"weight_select_ratio":100, "rewrite":0, "depth_penalty":100, "query_preference":0, "strategy":["unit", "posunitpara"], "max_dseconds":10},
% 0.18/0.39
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit", "pure_unit"], "max_size":30, "max_depth":10, "max_weight":300, "weight_select_ratio":1, "rewrite":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "sine":5},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref","prohibit_unordered_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit","prohibit_nested_para","prohibit_deep_para","prohibit_unordered_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"], "query_preference":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["query_focus"], "query_preference":3},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "depth_penalty":100, "sine":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit", "pure_unit"], "weight_select_ratio":1, "query_preference":0},
% 0.18/0.39 {"weight_select_ratio":100, "var_weight":70, "repeat_var_weight":70, "query_preference":0, "strategy":["hardness_pref"], "max_dseconds":50},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":1, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit"], "query_preference":0, "depth_penalty":100},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.18/0.39 {"max_dseconds":50, "strategy":["unit"], "query_preference":0, "sine":1},
% 0.18/0.39 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0, "rewrite":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["positive_pref"], "query_preference":0},
% 0.18/0.39 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "max_depth":4},
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% 7.42/1.36
% 7.42/1.36 **** run 60 fork 3 starts with strategy
% 7.42/1.36 {"max_dseconds":10,"strategy":["unit","prohibit_unordered_para"],"query_preference":1}
% 7.42/1.38
% 7.42/1.38 fork 5: search finished without proof.
% 7.42/1.38
% 7.42/1.38 **** run 58 fork 1 starts with strategy
% 7.42/1.38 {"max_dseconds":10,"strategy":["unit","pure_unit"],"max_size":30,"max_depth":10,"max_weight":300,"weight_select_ratio":1,"rewrite":0}
% 7.92/1.40
% 7.92/1.40 **** run 70 fork 5 starts with strategy
% 7.92/1.40 {"max_dseconds":10,"strategy":["query_focus","unit"],"query_preference":0}
% 7.92/1.42
% 7.92/1.42 fork 1: search finished without proof.
% 7.92/1.44
% 7.92/1.44 **** run 66 fork 1 starts with strategy
% 7.92/1.44 {"max_dseconds":10,"strategy":["negative_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"],"query_preference":0}
% 7.92/1.45
% 7.92/1.45 fork 3: search finished without proof.
% 8.56/1.48
% 8.56/1.48 **** run 68 fork 3 starts with strategy
% 8.56/1.48 {"max_dseconds":10,"strategy":["query_focus"],"query_preference":3}
% 8.56/1.49
% 8.56/1.49 fork 5: search finished without proof.
% 8.56/1.49
% 8.56/1.49 fork 0: search finished without proof.
% 8.56/1.51
% 8.56/1.51 **** run 78 fork 5 starts with strategy
% 8.56/1.51 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0,"sine":1}
% 8.56/1.52 No candidate clauses found.
% 8.56/1.52
% 8.56/1.52
% 8.56/1.52 fork 3: search terminated without proof.
% 8.56/1.52
% 8.56/1.52 **** run 57 fork 0 starts with strategy
% 8.56/1.52 {"weight_select_ratio":100,"rewrite":0,"depth_penalty":100,"query_preference":0,"strategy":["unit","posunitpara"],"max_dseconds":1}
% 8.56/1.55
% 8.56/1.55 **** run 76 fork 3 starts with strategy
% 8.56/1.55 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 8.56/1.69
% 8.56/1.69 fork 0: search finished without proof.
% 9.75/1.73
% 9.75/1.73 **** run 65 fork 0 starts with strategy
% 9.75/1.73 {"max_dseconds":10,"strategy":["unit","prohibit_nested_para","prohibit_deep_para","prohibit_unordered_para"],"query_preference":0}
% 10.58/1.82
% 10.58/1.82 fork 0: search finished without proof.
% 11.32/1.84
% 11.32/1.84 **** run 73 fork 0 starts with strategy
% 11.32/1.84 {"weight_select_ratio":100,"var_weight":70,"repeat_var_weight":70,"query_preference":0,"strategy":["hardness_pref"],"max_dseconds":10}
% 14.57/2.28
% 14.57/2.28 fork 2: search finished without proof.
% 14.57/2.30
% 14.57/2.30 fork 6: search finished without proof.
% 14.57/2.31
% 14.57/2.31 fork 7: search finished without proof.
% 14.57/2.31
% 14.57/2.31 **** run 67 fork 2 starts with strategy
% 14.57/2.31 {"max_dseconds":10,"strategy":["hardness_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"],"query_preference":1}
% 14.57/2.32
% 14.57/2.32 fork 4: search finished without proof.
% 14.57/2.33
% 14.57/2.33 **** run 79 fork 6 starts with strategy
% 14.57/2.33 {"max_dseconds":10,"strategy":["query_focus","positive_pref"],"query_preference":0}
% 14.57/2.33
% 14.57/2.33 **** run 72 fork 7 starts with strategy
% 14.57/2.33 {"max_dseconds":10,"strategy":["unit","pure_unit"],"weight_select_ratio":1,"query_preference":0}
% 14.57/2.35
% 14.57/2.35 **** run 69 fork 4 starts with strategy
% 14.57/2.35 {"max_dseconds":10,"strategy":["unit"],"query_preference":0}
% 14.57/2.37
% 14.57/2.37 fork 7: search finished without proof.
% 14.57/2.39
% 14.57/2.39 **** run 80 fork 7 starts with strategy
% 14.57/2.39 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"depth_penalty":100}
% 14.57/2.43
% 14.57/2.43 fork 4: search finished without proof.
% 14.57/2.45
% 14.57/2.45 **** run 77 fork 4 starts with strategy
% 14.57/2.45 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0,"weight_select_ratio":1,"depth_penalty":50,"length_penalty":100}
% 14.57/2.47
% 14.57/2.47 fork 5: search finished without proof.
% 14.57/2.48
% 14.57/2.48 fork 7: search finished without proof.
% 14.57/2.49
% 14.57/2.49 **** run 86 fork 5 starts with strategy
% 14.57/2.49 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":1,"depth_penalty":50,"length_penalty":100}
% 14.57/2.51
% 14.57/2.51 **** run 88 fork 7 starts with strategy
% 14.57/2.51 {"max_dseconds":10,"strategy":["positive_pref"],"query_preference":0,"reverse_clauselist":1,"length_penalty":100}
% 14.57/2.53
% 14.57/2.53 fork 3: search finished without proof.
% 14.57/2.55
% 14.57/2.55 **** run 84 fork 3 starts with strategy
% 14.57/2.55 {"max_dseconds":10,"strategy":["positive_pref"],"query_preference":0}
% 17.34/2.64
% 17.34/2.64 fork 1: search finished without proof.
% 17.68/2.66
% 17.68/2.66 **** run 74 fork 1 starts with strategy
% 17.68/2.66 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0}
% 18.35/2.77
% 18.35/2.77 fork 0: search finished without proof.
% 18.66/2.80
% 18.66/2.80 **** run 81 fork 0 starts with strategy
% 18.66/2.80 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0,"weight_select_ratio":20,"depth_penalty":50,"length_penalty":100}
% 21.10/3.27
% 21.10/3.27 fork 2: search finished without proof.
% 21.10/3.30
% 21.10/3.30 **** run 75 fork 2 starts with strategy
% 21.10/3.30 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0}
% 21.10/3.31
% 21.10/3.31 fork 6: search finished without proof.
% 21.10/3.34
% 21.10/3.34 **** run 87 fork 6 starts with strategy
% 21.10/3.34 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"var_weight":1,"depth_penalty":100,"repeat_var_weight":1}
% 21.10/3.42
% 21.10/3.42 fork 6: search finished without proof.
% 22.65/3.44
% 22.65/3.44 **** run 95 fork 6 starts with strategy
% 22.65/3.44 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"rewrite":0}
% 22.65/3.44
% 22.65/3.44 fork 5: search finished without proof.
% 23.88/3.47
% 23.88/3.47 **** run 94 fork 5 starts with strategy
% 23.88/3.47 {"sine":1,"var_weight":70,"repeat_var_weight":70,"query_preference":0,"strategy":["negative_pref","max_weight"],"max_dseconds":10}
% 23.88/3.47
% 23.88/3.47 fork 7: search finished without proof.
% 23.88/3.47
% 23.88/3.47 fork 4: search finished without proof.
% 23.88/3.50
% 23.88/3.50 **** run 96 fork 7 starts with strategy
% 23.88/3.50 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"sine":1}
% 23.88/3.50
% 23.88/3.50 **** run 85 fork 4 starts with strategy
% 23.88/3.50 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"max_depth":4}
% 23.88/3.51
% 23.88/3.51 fork 3: search finished without proof.
% 24.34/3.52
% 24.34/3.52 fork 6: search finished without proof.
% 24.34/3.53
% 24.34/3.53 **** run 92 fork 3 starts with strategy
% 24.34/3.53 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"max_depth":1}
% 24.34/3.55
% 24.34/3.55 **** run 103 fork 6 starts with strategy
% 24.34/3.55 {"max_depth":0,"depth_penalty":100,"query_preference":0,"strategy":["unit","posunitpara"],"max_dseconds":10}
% 24.70/3.63
% 24.70/3.63 fork 6: search finished without proof.
% 25.40/3.65
% 25.40/3.65 **** run 111 fork 6 starts with strategy
% 25.40/3.65 {"sine":1,"var_weight":70,"repeat_var_weight":70,"rewrite":0,"depth_penalty":50,"query_preference":0,"strategy":["hardness_pref"],"max_dseconds":10}
% 26.27/3.78
% 26.27/3.78 fork 0: search finished without proof.
% 26.27/3.79
% 26.27/3.79 fork 1: search finished without proof.
% 26.27/3.80
% 26.27/3.80 **** run 89 fork 0 starts with strategy
% 26.27/3.80 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"max_depth":3}
% 26.76/3.81
% 26.76/3.81 **** run 82 fork 1 starts with strategy
% 26.76/3.81 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"sine":1}
% 27.10/3.90
% 27.10/3.90 fork 1: search finished without proof.
% 27.10/3.92
% 27.10/3.92 **** run 90 fork 1 starts with strategy
% 27.10/3.92 {"max_dseconds":10,"strategy":["negative_pref","prohibit_nested_para"],"query_preference":0}
% 27.78/4.27
% 27.78/4.27 fork 2: search finished without proof.
% 29.22/4.29
% 29.22/4.29 **** run 83 fork 2 starts with strategy
% 29.22/4.29 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0,"rewrite":0}
% 31.00/4.41
% 31.00/4.41 fork 5: search finished without proof.
% 31.39/4.43
% 31.39/4.43 **** run 102 fork 5 starts with strategy
% 31.39/4.43 {"var_weight":70,"repeat_var_weight":70,"rewrite":0,"length_penalty":100,"depth_penalty":100,"query_preference":0,"strategy":["hardness_pref","max_weight"],"max_dseconds":10}
% 31.65/4.45
% 31.65/4.45 fork 7: search finished without proof.
% 31.65/4.45
% 31.65/4.45 fork 4: search finished without proof.
% 31.65/4.48
% 31.65/4.48 **** run 104 fork 7 starts with strategy
% 31.65/4.48
% 31.65/4.48 **** run 93 fork 4 starts with strategy
% 31.65/4.48 {"max_dseconds":10,"strategy":["query_focus","unit"],"query_preference":0,"sine":2}
% 31.65/4.48 {"depth_penalty":100,"query_preference":0,"strategy":["unit","posunitpara"],"max_dseconds":10}
% 31.65/4.49
% 31.65/4.49 fork 3: search finished without proof.
% 31.65/4.51
% 31.65/4.51 **** run 100 fork 3 starts with strategy
% 31.65/4.51 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"max_depth":2}
% 32.32/4.56
% 32.32/4.56 fork 4: search finished without proof.
% 32.32/4.56
% 32.32/4.56 fork 7: search finished without proof.
% 32.71/4.58
% 32.71/4.58 **** run 101 fork 4 starts with strategy
% 32.71/4.58 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0,"weight_select_ratio":1,"depth_penalty":50,"length_penalty":100,"sine":2}
% 32.71/4.59
% 32.71/4.59 fork 6: search finished without proof.
% 32.71/4.59
% 32.71/4.59 **** run 112 fork 7 starts with strategy
% 32.71/4.59 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"max_depth":4}
% 32.71/4.61
% 32.71/4.61 **** run 119 fork 6 starts with strategy
% 32.71/4.61 {"max_dseconds":50,"strategy":["unit","prohibit_unordered_para","prohibit_deep_para"],"query_preference":0}
% 33.39/4.67
% 33.39/4.67 fork 7: search finished without proof.
% 33.39/4.69
% 33.39/4.69 **** run 120 fork 7 starts with strategy
% 33.39/4.69 {"max_dseconds":50,"strategy":["unit","prohibit_unordered_para","prohibit_deep_para"],"query_preference":1}
% 33.39/4.70
% 33.39/4.70 fork 6: search finished without proof.
% 33.80/4.72
% 33.80/4.72 **** run 127 fork 6 starts with strategy
% 33.80/4.72 {"max_dseconds":50,"strategy":["query_focus","unit"],"query_preference":0}
% 34.06/4.76
% 34.06/4.76 fork 0: search finished without proof.
% 34.06/4.77
% 34.06/4.77 fork 7: search finished without proof.
% 34.06/4.78
% 34.06/4.78 **** run 97 fork 0 starts with strategy
% 34.06/4.78 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"max_depth":6,"var_weight":1}
% 34.06/4.79
% 34.06/4.79 **** run 128 fork 7 starts with strategy
% 34.06/4.79 {"max_dseconds":50,"strategy":["negative_pref"],"query_preference":0,"depth_penalty":100,"sine":1}
% 34.06/4.80
% 34.06/4.80 fork 6: search finished without proof.
% 34.06/4.82
% 34.06/4.82 **** run 135 fork 6 starts with strategy
% 34.06/4.82 {"max_dseconds":50,"strategy":["hardness_pref"],"query_preference":0,"sine":1}
% 34.06/4.86
% 34.06/4.86 fork 0: search finished without proof.
% 34.06/4.89
% 34.06/4.89 **** run 105 fork 0 starts with strategy
% 34.06/4.89 {"max_dseconds":10,"strategy":["hardness_pref","posunitpara"],"query_preference":0,"depth_penalty":50,"length_penalty":100}
% 37.46/5.21
% 37.46/5.21 fork 1: search finished without proof.
% 37.46/5.24
% 37.46/5.24 **** run 98 fork 1 starts with strategy
% 37.46/5.24 {"var_weight":70,"repeat_var_weight":70,"depth_penalty":50,"query_preference":0,"strategy":["hardness_pref"],"max_dseconds":10}
% 37.99/5.26
% 37.99/5.26 fork 2: search finished without proof.
% 38.02/5.29
% 38.02/5.29 **** run 91 fork 2 starts with strategy
% 38.02/5.29 {"max_dseconds":10,"strategy":["unit","pure_unit"],"query_preference":0}
% 38.33/5.32
% 38.33/5.32 fork 2: search finished without proof.
% 38.62/5.35
% 38.62/5.35 **** run 99 fork 2 starts with strategy
% 38.62/5.35 {"weight_select_ratio":100,"var_weight":70,"repeat_var_weight":70,"rewrite":0,"query_preference":0,"strategy":["query_focus","posunitpara"],"max_dseconds":10}
% 38.62/5.38
% 38.62/5.38 fork 5: search finished without proof.
% 38.62/5.41
% 38.62/5.41 **** run 110 fork 5 starts with strategy
% 38.62/5.41 {"length_penalty":100,"depth_penalty":100,"query_preference":0,"strategy":["negative_pref","hornpref","max_weight"],"max_dseconds":10}
% 39.35/5.47
% 39.35/5.47 fork 3: search finished without proof.
% 39.85/5.50
% 39.85/5.50 **** run 108 fork 3 starts with strategy
% 39.85/5.50 {"max_dseconds":10,"strategy":["positive_pref"],"query_preference":0,"reverse_clauselist":1}
% 40.39/5.60
% 40.39/5.60 fork 4: search finished without proof.
% 40.71/5.62
% 40.71/5.62 **** run 109 fork 4 starts with strategy
% 40.71/5.62 {"var_weight":70,"repeat_var_weight":70,"query_preference":0,"strategy":["positive_pref"],"max_dseconds":10}
% 41.76/5.86
% 41.76/5.86 fork 0: search finished without proof.
% 41.76/5.88
% 41.76/5.88 **** run 113 fork 0 starts with strategy
% 41.76/5.88 {"sine":2,"query_preference":0,"strategy":["unit"],"max_dseconds":10}
% 43.07/5.96
% 43.07/5.96 fork 0: search finished without proof.
% 43.57/5.99
% 43.57/5.99 **** run 121 fork 0 starts with strategy
% 43.57/5.99 {"max_dseconds":50,"strategy":["negative_pref","prohibit_unordered_para","prohibit_deep_para"],"query_preference":1}
% 45.45/6.26
% 45.45/6.26 fork 1: search finished without proof.
% 45.93/6.29
% 45.93/6.29 **** run 106 fork 1 starts with strategy
% 45.93/6.29 {"weight_select_ratio":100,"query_preference":0,"strategy":["negative_pref","max_weight"],"max_dseconds":10}
% 45.93/6.34
% 45.93/6.34 fork 2: search finished without proof.
% 46.61/6.37
% 46.61/6.37 **** run 107 fork 2 starts with strategy
% 46.61/6.37 {"max_dseconds":10,"strategy":["hardness_pref","max_ground_weight"],"query_preference":0}
% 46.79/6.44
% 46.79/6.44
% 46.79/6.44 fork 5: search terminated without proof.
% 46.79/6.45
% 46.79/6.45 fork 3: search finished without proof.
% 46.79/6.47
% 46.79/6.47 **** run 118 fork 5 starts with strategy
% 46.79/6.47 {"max_dseconds":50,"strategy":["hardness_pref","prohibit_unordered_para"],"query_preference":1}
% 46.79/6.48
% 46.79/6.48 **** run 116 fork 3 starts with strategy
% 46.79/6.48 {"max_dseconds":50,"strategy":["negative_pref"],"query_preference":0,"sine":5}
% 46.79/6.56
% 46.79/6.56 fork 4: search finished without proof.
% 46.79/6.58
% 46.79/6.58 **** run 117 fork 4 starts with strategy
% 46.79/6.58 {"max_dseconds":50,"strategy":["unit","prohibit_unordered_para"],"query_preference":1}
% 46.79/6.66
% 46.79/6.66 fork 4: search finished without proof.
% 46.79/6.68
% 46.79/6.68 **** run 125 fork 4 starts with strategy
% 46.79/6.68 {"max_dseconds":50,"strategy":["query_focus"],"query_preference":3}
% 46.79/6.72 No candidate clauses found.
% 46.79/6.72
% 46.79/6.72
% 46.79/6.72 fork 4: search terminated without proof.
% 48.24/6.74
% 48.24/6.74 **** run 133 fork 4 starts with strategy
% 48.24/6.74 {"max_dseconds":50,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 53.57/7.33
% 53.57/7.33 fork 2: search finished without proof.
% 53.57/7.36
% 53.57/7.36 **** run 115 fork 2 starts with strategy
% 53.57/7.36 {"max_dseconds":50,"strategy":["unit","pure_unit"],"max_size":30,"max_depth":10,"max_weight":300,"weight_select_ratio":1,"rewrite":0}
% 53.57/7.40
% 53.57/7.40 fork 2: search finished without proof.
% 53.57/7.42
% 53.57/7.42 **** run 123 fork 2 starts with strategy
% 53.57/7.42 {"max_dseconds":50,"strategy":["negative_pref","prohibit_nested_para","prohibit_unordered_para","prohibit_deep_para"],"query_preference":0}
% 53.57/7.56
% 53.57/7.56 fork 1: search finished without proof.
% 54.87/7.60
% 54.87/7.60 **** run 114 fork 1 starts with strategy
% 54.87/7.60 {"weight_select_ratio":100,"rewrite":0,"depth_penalty":100,"query_preference":0,"strategy":["unit","posunitpara"],"max_dseconds":10}
% 56.64/7.69
% 56.64/7.69 fork 1: search finished without proof.
% 56.64/7.71
% 56.64/7.71 **** run 122 fork 1 starts with strategy
% 56.64/7.71 {"max_dseconds":50,"strategy":["unit","prohibit_nested_para","prohibit_deep_para","prohibit_unordered_para"],"query_preference":0}
% 57.54/7.79
% 57.54/7.79 fork 1: search finished without proof.
% 57.54/7.81
% 57.54/7.81 **** run 130 fork 1 starts with strategy
% 57.54/7.81 {"weight_select_ratio":100,"var_weight":70,"repeat_var_weight":70,"query_preference":0,"strategy":["hardness_pref"],"max_dseconds":50}
% 64.04/8.64
% 64.04/8.64
% 64.04/8.64 result: proof found
% 64.04/8.64 for /export/starexec/sandbox2/benchmark/theBenchmark.p
% 64.04/8.64 by run 118 fork 5 strategy {"max_dseconds":50,"strategy":["hardness_pref","prohibit_unordered_para"],"query_preference":1}
% 64.04/8.64 % SZS status Theorem for /export/starexec/sandbox2/benchmark/theBenchmark.p
% 64.04/8.64
% 64.04/8.64 % SZS output start CNFRefutation for /export/starexec/sandbox2/benchmark/theBenchmark.p
% 64.04/8.64 fof('axiom_32_$sk', plain, ((((X3 = X2) | (~rfamily_name(X1,X2) | ~rfamily_name(X1,X3))) & rfamily_name(X1,$sk71(X1))) | ~cReptile(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_32'])).
% 64.04/8.64 fof('axiom_32', axiom, (! [X] : (cReptile(X) => ((? [Y0] : rfamily_name(X,Y0)) & (! [Y0,Y1] : ((rfamily_name(X,Y0) & rfamily_name(X,Y1)) => (Y0 = Y1)))))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_30_$sk', plain, (rfamily_name(X1,xsd_string_9) | ~cLoxocemidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_30'])).
% 64.04/8.64 fof('axiom_30', axiom, (! [X] : (cLoxocemidae(X) => rfamily_name(X,xsd_string_9))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_47_$sk', plain, ~(xsd_string_0 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_47'])).
% 64.04/8.64 fof('axiom_47', axiom, ~(xsd_string_0 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_3_$sk', plain, (rfamily_name(X1,xsd_string_0) | ~cAgamidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_3'])).
% 64.04/8.64 fof('axiom_3', axiom, (! [X] : (cAgamidae(X) => rfamily_name(X,xsd_string_0))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_4_$sk', plain, (cReptile(X1) | ~cAgamidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_4'])).
% 64.04/8.64 fof('axiom_4', axiom, (! [X] : (cAgamidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('the_axiom_$sk', plain, ((cAgamidae($sk1) & cAmphisbaenidae($sk1)) | ((cSphenodontidae($sk2) & cLeptotyphlopidae($sk2)) | ((cLoxocemidae($sk3) & cEmydidae($sk3)) | ((cLoxocemidae($sk4) & cLeptotyphlopidae($sk4)) | ((cCordylidae($sk5) & cAgamidae($sk5)) | ((cAgamidae($sk6) & cGekkonidae($sk6)) | ((cXantusiidae($sk7) & cLeptotyphlopidae($sk7)) | ((cSphenodontidae($sk8) & cAnomalepidae($sk8)) | ((cAnomalepidae($sk9) & cXantusiidae($sk9)) | ((cCrocodylidae($sk10) & cCordylidae($sk10)) | ((cAnomalepidae($sk11) & cLeptotyphlopidae($sk11)) | ((cLoxocemidae($sk12) & cAnomalepidae($sk12)) | ((cLoxocemidae($sk13) & cGekkonidae($sk13)) | ((cAnomalepidae($sk14) & cAmphisbaenidae($sk14)) | ((cEmydidae($sk15) & cLeptotyphlopidae($sk15)) | ((cLoxocemidae($sk16) & cSphenodontidae($sk16)) | ((cEmydidae($sk17) & cGekkonidae($sk17)) | ((cAmphisbaenidae($sk18) & cXantusiidae($sk18)) | ((cCrocodylidae($sk19) & cSphenodontidae($sk19)) | ((cAgamidae($sk20) & cAnomalepidae($sk20)) | ((cCordylidae($sk21) & cXantusiidae($sk21)) | ((cAmphisbaenidae($sk22) & cBipedidae($sk22)) | ((cCordylidae($sk23) & cBipedidae($sk23)) | ((cAnomalepidae($sk24) & cGekkonidae($sk24)) | ((cCordylidae($sk25) & cLeptotyphlopidae($sk25)) | ((cEmydidae($sk26) & cSphenodontidae($sk26)) | ((cAmphisbaenidae($sk27) & cLeptotyphlopidae($sk27)) | ((cSphenodontidae($sk28) & cXantusiidae($sk28)) | ((cEmydidae($sk29) & cAnomalepidae($sk29)) | ((cBipedidae($sk30) & cXantusiidae($sk30)) | ((cGekkonidae($sk31) & cXantusiidae($sk31)) | ((cLoxocemidae($sk32) & cAgamidae($sk32)) | ((cEmydidae($sk33) & cCordylidae($sk33)) | ((cEmydidae($sk34) & cAgamidae($sk34)) | ((cCordylidae($sk35) & cAnomalepidae($sk35)) | ((cAgamidae($sk36) & cXantusiidae($sk36)) | ((cCordylidae($sk37) & cGekkonidae($sk37)) | ((cLoxocemidae($sk38) & cCordylidae($sk38)) | ((cCordylidae($sk39) & cAmphisbaenidae($sk39)) | ((cCordylidae($sk40) & cSphenodontidae($sk40)) | ((cCrocodylidae($sk41) & cLeptotyphlopidae($sk41)) | ((cAmphisbaenidae($sk42) & cGekkonidae($sk42)) | ((cAgamidae($sk43) & cBipedidae($sk43)) | ((cLoxocemidae($sk44) & cBipedidae($sk44)) | ((cEmydidae($sk45) & cXantusiidae($sk45)) | ((cLoxocemidae($sk46) & cXantusiidae($sk46)) | ((cCrocodylidae($sk47) & cAgamidae($sk47)) | ((cEmydidae($sk48) & cAmphisbaenidae($sk48)) | ((cEmydidae($sk49) & cBipedidae($sk49)) | ((cCrocodylidae($sk50) & cXantusiidae($sk50)) | ((cLoxocemidae($sk51) & cCrocodylidae($sk51)) | ((cCrocodylidae($sk52) & cAmphisbaenidae($sk52)) | ((cAgamidae($sk53) & cLeptotyphlopidae($sk53)) | ((cLoxocemidae($sk54) & cAmphisbaenidae($sk54)) | ((cEmydidae($sk55) & cCrocodylidae($sk55)) | ((cCrocodylidae($sk56) & cAnomalepidae($sk56)) | ((cSphenodontidae($sk57) & cAgamidae($sk57)) | ((cSphenodontidae($sk58) & cGekkonidae($sk58)) | ((cCrocodylidae($sk59) & cGekkonidae($sk59)) | ((cSphenodontidae($sk60) & cBipedidae($sk60)) | ((cGekkonidae($sk61) & cBipedidae($sk61)) | ((cCrocodylidae($sk62) & cBipedidae($sk62)) | ((cSphenodontidae($sk63) & cAmphisbaenidae($sk63)) | ((cGekkonidae($sk64) & cLeptotyphlopidae($sk64)) | ((cAnomalepidae($sk65) & cBipedidae($sk65)) | ((cBipedidae($sk66) & cLeptotyphlopidae($sk66)) | (((xsd_string($sk67) & xsd_integer($sk67)) | (~xsd_string($sk68) & ~xsd_integer($sk68))) | (cowlNothing($sk69) | ~cowlThing($sk70))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))),
% 64.04/8.64 inference(negpush_and_skolemize,[],['the_axiom'])).
% 64.04/8.64 fof('the_axiom', conjecture, ((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((! [X] : (cowlThing(X) & ~cowlNothing(X))) & (! [X] : (xsd_string(X) <=> ~xsd_integer(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cBipedidae(X)))) & (! [X] : ~(cBipedidae(X) & cAnomalepidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cGekkonidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cBipedidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cBipedidae(X) & cGekkonidae(X)))) & (! [X] : ~(cBipedidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cGekkonidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cGekkonidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cAgamidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cCrocodylidae(X) & cEmydidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cAgamidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cCrocodylidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cXantusiidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cBipedidae(X) & cEmydidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cEmydidae(X)))) & (! [X] : ~(cAgamidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cXantusiidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cXantusiidae(X) & cEmydidae(X)))) & (! [X] : ~(cBipedidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cBipedidae(X) & cAgamidae(X)))) & (! [X] : ~(cGekkonidae(X) & cAmphisbaenidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cSphenodontidae(X) & cCordylidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cCordylidae(X)))) & (! [X] : ~(cCordylidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cGekkonidae(X) & cCordylidae(X)))) & (! [X] : ~(cXantusiidae(X) & cAgamidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cCordylidae(X)))) & (! [X] : ~(cAgamidae(X) & cEmydidae(X)))) & (! [X] : ~(cCordylidae(X) & cEmydidae(X)))) & (! [X] : ~(cAgamidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cXantusiidae(X) & cGekkonidae(X)))) & (! [X] : ~(cXantusiidae(X) & cBipedidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cEmydidae(X)))) & (! [X] : ~(cXantusiidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cAmphisbaenidae(X)))) & (! [X] : ~(cSphenodontidae(X) & cEmydidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cCordylidae(X)))) & (! [X] : ~(cGekkonidae(X) & cAnomalepidae(X)))) & (! [X] : ~(cBipedidae(X) & cCordylidae(X)))) & (! [X] : ~(cBipedidae(X) & cAmphisbaenidae(X)))) & (! [X] : ~(cXantusiidae(X) & cCordylidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cAgamidae(X)))) & (! [X] : ~(cSphenodontidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cXantusiidae(X) & cAmphisbaenidae(X)))) & (! [X] : ~(cGekkonidae(X) & cEmydidae(X)))) & (! [X] : ~(cSphenodontidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cEmydidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cAnomalepidae(X)))) & (! [X] : ~(cGekkonidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cAnomalepidae(X)))) & (! [X] : ~(cCordylidae(X) & cCrocodylidae(X)))) & (! [X] : ~(cXantusiidae(X) & cAnomalepidae(X)))) & (! [X] : ~(cAnomalepidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cXantusiidae(X)))) & (! [X] : ~(cGekkonidae(X) & cAgamidae(X)))) & (! [X] : ~(cAgamidae(X) & cCordylidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cEmydidae(X) & cLoxocemidae(X)))) & (! [X] : ~(cLeptotyphlopidae(X) & cSphenodontidae(X)))) & (! [X] : ~(cAmphisbaenidae(X) & cAgamidae(X)))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_37_$sk', plain, (rfamily_name(X1,xsd_string_11) | ~cXantusiidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_37'])).
% 64.04/8.64 fof('axiom_37', axiom, (! [X] : (cXantusiidae(X) => rfamily_name(X,xsd_string_11))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_98_$sk', plain, ~(xsd_string_7 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_98'])).
% 64.04/8.64 fof('axiom_98', axiom, ~(xsd_string_7 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_24_$sk', plain, (rfamily_name(X1,xsd_string_7) | ~cGekkonidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_24'])).
% 64.04/8.64 fof('axiom_24', axiom, (! [X] : (cGekkonidae(X) => rfamily_name(X,xsd_string_7))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_25_$sk', plain, (cReptile(X1) | ~cGekkonidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_25'])).
% 64.04/8.64 fof('axiom_25', axiom, (! [X] : (cGekkonidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_27_$sk', plain, (rfamily_name(X1,xsd_string_8) | ~cLeptotyphlopidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_27'])).
% 64.04/8.64 fof('axiom_27', axiom, (! [X] : (cLeptotyphlopidae(X) => rfamily_name(X,xsd_string_8))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_80_$sk', plain, ~(xsd_string_4 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_80'])).
% 64.04/8.64 fof('axiom_80', axiom, ~(xsd_string_4 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_15_$sk', plain, (rfamily_name(X1,xsd_string_4) | ~cCordylidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_15'])).
% 64.04/8.64 fof('axiom_15', axiom, (! [X] : (cCordylidae(X) => rfamily_name(X,xsd_string_4))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_16_$sk', plain, (cReptile(X1) | ~cCordylidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_16'])).
% 64.04/8.64 fof('axiom_16', axiom, (! [X] : (cCordylidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_34_$sk', plain, (rfamily_name(X1,xsd_string_10) | ~cSphenodontidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_34'])).
% 64.04/8.64 fof('axiom_34', axiom, (! [X] : (cSphenodontidae(X) => rfamily_name(X,xsd_string_10))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_93_$sk', plain, ~(xsd_string_6 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_93'])).
% 64.04/8.64 fof('axiom_93', axiom, ~(xsd_string_6 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_21_$sk', plain, (rfamily_name(X1,xsd_string_6) | ~cEmydidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_21'])).
% 64.04/8.64 fof('axiom_21', axiom, (! [X] : (cEmydidae(X) => rfamily_name(X,xsd_string_6))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_22_$sk', plain, (cReptile(X1) | ~cEmydidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_22'])).
% 64.04/8.64 fof('axiom_22', axiom, (! [X] : (cEmydidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_42_$sk', plain, ~(xsd_string_0 = xsd_string_4),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_42'])).
% 64.04/8.64 fof('axiom_42', axiom, ~(xsd_string_0 = xsd_string_4),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_99_$sk', plain, ~(xsd_string_8 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_99'])).
% 64.04/8.64 fof('axiom_99', axiom, ~(xsd_string_8 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_31_$sk', plain, (cReptile(X1) | ~cLoxocemidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_31'])).
% 64.04/8.64 fof('axiom_31', axiom, (! [X] : (cLoxocemidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_6_$sk', plain, (rfamily_name(X1,xsd_string_1) | ~cAmphisbaenidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_6'])).
% 64.04/8.64 fof('axiom_6', axiom, (! [X] : (cAmphisbaenidae(X) => rfamily_name(X,xsd_string_1))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_39_$sk', plain, ~(xsd_string_0 = xsd_string_1),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_39'])).
% 64.04/8.64 fof('axiom_39', axiom, ~(xsd_string_0 = xsd_string_1),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_7_$sk', plain, (cReptile(X1) | ~cAmphisbaenidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_7'])).
% 64.04/8.64 fof('axiom_7', axiom, (! [X] : (cAmphisbaenidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_100_$sk', plain, ~(xsd_string_8 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_100'])).
% 64.04/8.64 fof('axiom_100', axiom, ~(xsd_string_8 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_35_$sk', plain, (cReptile(X1) | ~cSphenodontidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_35'])).
% 64.04/8.64 fof('axiom_35', axiom, (! [X] : (cSphenodontidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_92_$sk', plain, ~(xsd_string_6 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_92'])).
% 64.04/8.64 fof('axiom_92', axiom, ~(xsd_string_6 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_68_$sk', plain, ~(xsd_string_2 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_68'])).
% 64.04/8.64 fof('axiom_68', axiom, ~(xsd_string_2 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_9_$sk', plain, (rfamily_name(X1,xsd_string_2) | ~cAnomalepidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_9'])).
% 64.04/8.64 fof('axiom_9', axiom, (! [X] : (cAnomalepidae(X) => rfamily_name(X,xsd_string_2))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_10_$sk', plain, (cReptile(X1) | ~cAnomalepidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_10'])).
% 64.04/8.64 fof('axiom_10', axiom, (! [X] : (cAnomalepidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_67_$sk', plain, ~(xsd_string_2 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_67'])).
% 64.04/8.64 fof('axiom_67', axiom, ~(xsd_string_2 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_101_$sk', plain, ~(xsd_string_8 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_101'])).
% 64.04/8.64 fof('axiom_101', axiom, ~(xsd_string_8 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_28_$sk', plain, (cReptile(X1) | ~cLeptotyphlopidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_28'])).
% 64.04/8.64 fof('axiom_28', axiom, (! [X] : (cLeptotyphlopidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_18_$sk', plain, (rfamily_name(X1,xsd_string_5) | ~cCrocodylidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_18'])).
% 64.04/8.64 fof('axiom_18', axiom, (! [X] : (cCrocodylidae(X) => rfamily_name(X,xsd_string_5))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_77_$sk', plain, ~(xsd_string_4 = xsd_string_5),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_77'])).
% 64.04/8.64 fof('axiom_77', axiom, ~(xsd_string_4 = xsd_string_5),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_19_$sk', plain, (cReptile(X1) | ~cCrocodylidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_19'])).
% 64.04/8.64 fof('axiom_19', axiom, (! [X] : (cCrocodylidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_65_$sk', plain, ~(xsd_string_2 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_65'])).
% 64.04/8.64 fof('axiom_65', axiom, ~(xsd_string_2 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_66_$sk', plain, ~(xsd_string_2 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_66'])).
% 64.04/8.64 fof('axiom_66', axiom, ~(xsd_string_2 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_45_$sk', plain, ~(xsd_string_0 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_45'])).
% 64.04/8.64 fof('axiom_45', axiom, ~(xsd_string_0 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_50_$sk', plain, ~(xsd_string_1 = xsd_string_2),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_50'])).
% 64.04/8.64 fof('axiom_50', axiom, ~(xsd_string_1 = xsd_string_2),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_96_$sk', plain, ~(xsd_string_7 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_96'])).
% 64.04/8.64 fof('axiom_96', axiom, ~(xsd_string_7 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_59_$sk', plain, ~(xsd_string_1 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_59'])).
% 64.04/8.64 fof('axiom_59', axiom, ~(xsd_string_1 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_102_$sk', plain, ~(xsd_string_9 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_102'])).
% 64.04/8.64 fof('axiom_102', axiom, ~(xsd_string_9 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_90_$sk', plain, ~(xsd_string_6 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_90'])).
% 64.04/8.64 fof('axiom_90', axiom, ~(xsd_string_6 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_91_$sk', plain, ~(xsd_string_6 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_91'])).
% 64.04/8.64 fof('axiom_91', axiom, ~(xsd_string_6 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_83_$sk', plain, ~(xsd_string_4 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_83'])).
% 64.04/8.64 fof('axiom_83', axiom, ~(xsd_string_4 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_88_$sk', plain, ~(xsd_string_5 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_88'])).
% 64.04/8.64 fof('axiom_88', axiom, ~(xsd_string_5 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_40_$sk', plain, ~(xsd_string_0 = xsd_string_2),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_40'])).
% 64.04/8.64 fof('axiom_40', axiom, ~(xsd_string_0 = xsd_string_2),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_69_$sk', plain, ~(xsd_string_3 = xsd_string_4),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_69'])).
% 64.04/8.64 fof('axiom_69', axiom, ~(xsd_string_3 = xsd_string_4),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_12_$sk', plain, (rfamily_name(X1,xsd_string_3) | ~cBipedidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_12'])).
% 64.04/8.64 fof('axiom_12', axiom, (! [X] : (cBipedidae(X) => rfamily_name(X,xsd_string_3))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_51_$sk', plain, ~(xsd_string_1 = xsd_string_3),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_51'])).
% 64.04/8.64 fof('axiom_51', axiom, ~(xsd_string_1 = xsd_string_3),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_13_$sk', plain, (cReptile(X1) | ~cBipedidae(X1)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_13'])).
% 64.04/8.64 fof('axiom_13', axiom, (! [X] : (cBipedidae(X) => cReptile(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_64_$sk', plain, ~(xsd_string_2 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_64'])).
% 64.04/8.64 fof('axiom_64', axiom, ~(xsd_string_2 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_76_$sk', plain, ~(xsd_string_3 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_76'])).
% 64.04/8.64 fof('axiom_76', axiom, ~(xsd_string_3 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_104_$sk', plain, ~(xsd_string_10 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_104'])).
% 64.04/8.64 fof('axiom_104', axiom, ~(xsd_string_10 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_63_$sk', plain, ~(xsd_string_2 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_63'])).
% 64.04/8.64 fof('axiom_63', axiom, ~(xsd_string_2 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_49_$sk', plain, ~(xsd_string_0 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_49'])).
% 64.04/8.64 fof('axiom_49', axiom, ~(xsd_string_0 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_44_$sk', plain, ~(xsd_string_0 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_44'])).
% 64.04/8.64 fof('axiom_44', axiom, ~(xsd_string_0 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_61_$sk', plain, ~(xsd_string_2 = xsd_string_4),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_61'])).
% 64.04/8.64 fof('axiom_61', axiom, ~(xsd_string_2 = xsd_string_4),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_78_$sk', plain, ~(xsd_string_4 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_78'])).
% 64.04/8.64 fof('axiom_78', axiom, ~(xsd_string_4 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_79_$sk', plain, ~(xsd_string_4 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_79'])).
% 64.04/8.64 fof('axiom_79', axiom, ~(xsd_string_4 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_81_$sk', plain, ~(xsd_string_4 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_81'])).
% 64.04/8.64 fof('axiom_81', axiom, ~(xsd_string_4 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_82_$sk', plain, ~(xsd_string_4 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_82'])).
% 64.04/8.64 fof('axiom_82', axiom, ~(xsd_string_4 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_86_$sk', plain, ~(xsd_string_5 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_86'])).
% 64.04/8.64 fof('axiom_86', axiom, ~(xsd_string_5 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_41_$sk', plain, ~(xsd_string_0 = xsd_string_3),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_41'])).
% 64.04/8.64 fof('axiom_41', axiom, ~(xsd_string_0 = xsd_string_3),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_94_$sk', plain, ~(xsd_string_6 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_94'])).
% 64.04/8.64 fof('axiom_94', axiom, ~(xsd_string_6 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_74_$sk', plain, ~(xsd_string_3 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_74'])).
% 64.04/8.64 fof('axiom_74', axiom, ~(xsd_string_3 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_55_$sk', plain, ~(xsd_string_1 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_55'])).
% 64.04/8.64 fof('axiom_55', axiom, ~(xsd_string_1 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_52_$sk', plain, ~(xsd_string_1 = xsd_string_4),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_52'])).
% 64.04/8.64 fof('axiom_52', axiom, ~(xsd_string_1 = xsd_string_4),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_56_$sk', plain, ~(xsd_string_1 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_56'])).
% 64.04/8.64 fof('axiom_56', axiom, ~(xsd_string_1 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_43_$sk', plain, ~(xsd_string_0 = xsd_string_5),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_43'])).
% 64.04/8.64 fof('axiom_43', axiom, ~(xsd_string_0 = xsd_string_5),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_103_$sk', plain, ~(xsd_string_9 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_103'])).
% 64.04/8.64 fof('axiom_103', axiom, ~(xsd_string_9 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_89_$sk', plain, ~(xsd_string_5 = xsd_string_11),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_89'])).
% 64.04/8.64 fof('axiom_89', axiom, ~(xsd_string_5 = xsd_string_11),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_71_$sk', plain, ~(xsd_string_3 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_71'])).
% 64.04/8.64 fof('axiom_71', axiom, ~(xsd_string_3 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_87_$sk', plain, ~(xsd_string_5 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_87'])).
% 64.04/8.64 fof('axiom_87', axiom, ~(xsd_string_5 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_54_$sk', plain, ~(xsd_string_1 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_54'])).
% 64.04/8.64 fof('axiom_54', axiom, ~(xsd_string_1 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_46_$sk', plain, ~(xsd_string_0 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_46'])).
% 64.04/8.64 fof('axiom_46', axiom, ~(xsd_string_0 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_53_$sk', plain, ~(xsd_string_1 = xsd_string_5),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_53'])).
% 64.04/8.64 fof('axiom_53', axiom, ~(xsd_string_1 = xsd_string_5),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_57_$sk', plain, ~(xsd_string_1 = xsd_string_9),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_57'])).
% 64.04/8.64 fof('axiom_57', axiom, ~(xsd_string_1 = xsd_string_9),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_62_$sk', plain, ~(xsd_string_2 = xsd_string_5),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_62'])).
% 64.04/8.64 fof('axiom_62', axiom, ~(xsd_string_2 = xsd_string_5),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_84_$sk', plain, ~(xsd_string_5 = xsd_string_6),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_84'])).
% 64.04/8.64 fof('axiom_84', axiom, ~(xsd_string_5 = xsd_string_6),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_85_$sk', plain, ~(xsd_string_5 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_85'])).
% 64.04/8.64 fof('axiom_85', axiom, ~(xsd_string_5 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_97_$sk', plain, ~(xsd_string_7 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_97'])).
% 64.04/8.64 fof('axiom_97', axiom, ~(xsd_string_7 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_48_$sk', plain, ~(xsd_string_0 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_48'])).
% 64.04/8.64 fof('axiom_48', axiom, ~(xsd_string_0 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_72_$sk', plain, ~(xsd_string_3 = xsd_string_7),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_72'])).
% 64.04/8.64 fof('axiom_72', axiom, ~(xsd_string_3 = xsd_string_7),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_70_$sk', plain, ~(xsd_string_3 = xsd_string_5),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_70'])).
% 64.04/8.64 fof('axiom_70', axiom, ~(xsd_string_3 = xsd_string_5),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_75_$sk', plain, ~(xsd_string_3 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_75'])).
% 64.04/8.64 fof('axiom_75', axiom, ~(xsd_string_3 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_0_$sk', plain, (~cowlNothing(X1) & cowlThing(X2)),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_0'])).
% 64.04/8.64 fof('axiom_0', axiom, (! [X] : (cowlThing(X) & ~cowlNothing(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_1_$sk', plain, ((~xsd_string(X1) | ~xsd_integer(X1)) & (xsd_string(X2) | xsd_integer(X2))),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_1'])).
% 64.04/8.64 fof('axiom_1', axiom, (! [X] : (xsd_string(X) <=> ~xsd_integer(X))),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_95_$sk', plain, ~(xsd_string_7 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_95'])).
% 64.04/8.64 fof('axiom_95', axiom, ~(xsd_string_7 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_60_$sk', plain, ~(xsd_string_2 = xsd_string_3),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_60'])).
% 64.04/8.64 fof('axiom_60', axiom, ~(xsd_string_2 = xsd_string_3),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_73_$sk', plain, ~(xsd_string_3 = xsd_string_8),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_73'])).
% 64.04/8.64 fof('axiom_73', axiom, ~(xsd_string_3 = xsd_string_8),
% 64.04/8.64 input).
% 64.04/8.64 fof('axiom_58_$sk', plain, ~(xsd_string_1 = xsd_string_10),
% 64.04/8.64 inference(negpush_and_skolemize,[],['axiom_58'])).
% 64.04/8.64 fof('axiom_58', axiom, ~(xsd_string_1 = xsd_string_10),
% 64.04/8.64 input).
% 64.04/8.64 cnf('1', plain, (~rfamily_name(X,Y) | ~rfamily_name(X,Z) | Z = Y | ~cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_32_$sk'])).
% 64.04/8.64 cnf('2', plain, (rfamily_name(X,xsd_string_9) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_30_$sk'])).
% 64.04/8.64 cnf('3', plain, (~rfamily_name(X,Y) | Y = xsd_string_9 | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['1','2'])).
% 64.04/8.64 cnf('4', plain, (xsd_string_0 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_47_$sk'])).
% 64.04/8.64 cnf('5', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','4'])).
% 64.04/8.64 cnf('6', plain, (rfamily_name(X,xsd_string_0) | ~cAgamidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_3_$sk'])).
% 64.04/8.64 cnf('7', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['5','6'])).
% 64.04/8.64 cnf('8', plain, (~cAgamidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_4_$sk'])).
% 64.04/8.64 cnf('9', plain, (~cLoxocemidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['7','8'])).
% 64.04/8.64 cnf('10', plain, (~$pr($df144) | cLoxocemidae($sk32) | $pr($df132) | $pr($df131) | cXantusiidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('11', plain, (~$pr($df144) | ~cAgamidae($sk32) | $pr($df132) | $pr($df131) | cXantusiidae($sk31)),
% 64.04/8.64 inference(resolution,[],['9','10'])).
% 64.04/8.64 cnf('12', plain, (rfamily_name(X,xsd_string_11) | ~cXantusiidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_37_$sk'])).
% 64.04/8.64 cnf('13', plain, (~rfamily_name(X,Y) | Y = xsd_string_11 | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['1','12'])).
% 64.04/8.64 cnf('14', plain, (xsd_string_7 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_98_$sk'])).
% 64.04/8.64 cnf('15', plain, (~rfamily_name(X,xsd_string_7) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','14'])).
% 64.04/8.64 cnf('16', plain, (rfamily_name(X,xsd_string_7) | ~cGekkonidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_24_$sk'])).
% 64.04/8.64 cnf('17', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['15','16'])).
% 64.04/8.64 cnf('18', plain, (~cGekkonidae($sk31) | ~$pr($df144) | ~cReptile($sk31) | ~cAgamidae($sk32) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(resolution,[],['11','17'])).
% 64.04/8.64 cnf('19', plain, (~cGekkonidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_25_$sk'])).
% 64.04/8.64 cnf('20', plain, (~cGekkonidae($sk31) | ~$pr($df144) | ~cAgamidae($sk32) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(resolution,[],['18','19'])).
% 64.04/8.64 cnf('21', plain, (~$pr($df153) | cGekkonidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('22', plain, (~$pr($df144) | ~cAgamidae($sk32) | $pr($df132) | $pr($df131) | ~$pr($df153)),
% 64.04/8.64 inference(resolution,[],['20','21'])).
% 64.04/8.64 cnf('23', plain, (~cGekkonidae($sk31) | ~$pr($df147) | $pr($df146) | $pr($df145)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('24', plain, (~$pr($df147) | $pr($df146) | $pr($df145) | ~$pr($df153)),
% 64.04/8.64 inference(resolution,[],['23','21'])).
% 64.04/8.64 cnf('25', plain, (~$pr($df146) | ~$pr($df153)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('26', plain, (~$pr($df147) | ~$pr($df153) | $pr($df145)),
% 64.04/8.64 inference(simplify,[],['24','25'])).
% 64.04/8.64 cnf('27', plain, (~$pr($df145) | ~$pr($df153)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('28', plain, (~$pr($df147) | ~$pr($df153)),
% 64.04/8.64 inference(simplify,[],['26','27'])).
% 64.04/8.64 cnf('29', plain, ($pr($df147) | $pr($df144) | $pr($df154)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('30', plain, (~$pr($df153) | $pr($df144) | $pr($df154)),
% 64.04/8.64 inference(resolution,[],['28','29'])).
% 64.04/8.64 cnf('31', plain, (~cGekkonidae($sk31) | ~$pr($df154)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('32', plain, (~$pr($df154) | ~$pr($df153)),
% 64.04/8.64 inference(resolution,[],['31','21'])).
% 64.04/8.64 cnf('33', plain, (~$pr($df153) | $pr($df144)),
% 64.04/8.64 inference(simplify,[],['30','32'])).
% 64.04/8.64 cnf('34', plain, (~cAgamidae($sk32) | ~$pr($df153) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(simplify,[],['22','33'])).
% 64.04/8.64 cnf('35', plain, (~$pr($df144) | $pr($df132) | $pr($df131) | cAgamidae($sk32) | cXantusiidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('36', plain, (~$pr($df153) | $pr($df132) | $pr($df131) | ~$pr($df144) | cXantusiidae($sk31)),
% 64.04/8.64 inference(resolution,[],['34','35'])).
% 64.04/8.64 cnf('37', plain, (~$pr($df153) | $pr($df132) | $pr($df131) | cXantusiidae($sk31)),
% 64.04/8.64 inference(simplify,[],['36','33'])).
% 64.04/8.64 cnf('38', plain, (~cGekkonidae($sk31) | ~cReptile($sk31) | ~$pr($df153) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(resolution,[],['37','17'])).
% 64.04/8.64 cnf('39', plain, (~$pr($df153) | cGekkonidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('40', plain, (~cReptile($sk31) | ~$pr($df153) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(simplify,[],['38','39'])).
% 64.04/8.64 cnf('41', plain, (~cGekkonidae($sk31) | ~$pr($df153) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(resolution,[],['40','19'])).
% 64.04/8.64 cnf('42', plain, (~$pr($df153) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(simplify,[],['41','39'])).
% 64.04/8.64 cnf('43', plain, (rfamily_name(X,xsd_string_8) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_27_$sk'])).
% 64.04/8.64 cnf('44', plain, (~rfamily_name(X,Y) | Y = xsd_string_8 | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['1','43'])).
% 64.04/8.64 cnf('45', plain, (xsd_string_4 != xsd_string_8),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_80_$sk'])).
% 64.04/8.64 cnf('46', plain, (~rfamily_name(X,xsd_string_4) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['44','45'])).
% 64.04/8.64 cnf('47', plain, (rfamily_name(X,xsd_string_4) | ~cCordylidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_15_$sk'])).
% 64.04/8.64 cnf('48', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['46','47'])).
% 64.04/8.64 cnf('49', plain, (~cCordylidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_16_$sk'])).
% 64.04/8.64 cnf('50', plain, (~cLeptotyphlopidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['48','49'])).
% 64.04/8.64 cnf('51', plain, (~$pr($df168) | cLeptotyphlopidae($sk25) | cEmydidae($sk26) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('52', plain, (~cCordylidae($sk25) | ~$pr($df168) | cEmydidae($sk26) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['50','51'])).
% 64.04/8.64 cnf('53', plain, (rfamily_name(X,xsd_string_10) | ~cSphenodontidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_34_$sk'])).
% 64.04/8.64 cnf('54', plain, (~rfamily_name(X,Y) | Y = xsd_string_10 | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['1','53'])).
% 64.04/8.64 cnf('55', plain, (xsd_string_6 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_93_$sk'])).
% 64.04/8.64 cnf('56', plain, (~rfamily_name(X,xsd_string_6) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','55'])).
% 64.04/8.64 cnf('57', plain, (rfamily_name(X,xsd_string_6) | ~cEmydidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_21_$sk'])).
% 64.04/8.64 cnf('58', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['56','57'])).
% 64.04/8.64 cnf('59', plain, (~cEmydidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_22_$sk'])).
% 64.04/8.64 cnf('60', plain, (~cSphenodontidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['58','59'])).
% 64.04/8.64 cnf('61', plain, (~cSphenodontidae($sk26) | ~cCordylidae($sk25) | ~$pr($df168) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['52','60'])).
% 64.04/8.64 cnf('62', plain, (~$pr($df168) | cSphenodontidae($sk26) | cLeptotyphlopidae($sk25) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('63', plain, (~cCordylidae($sk25) | ~$pr($df168) | cLeptotyphlopidae($sk25) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['61','62'])).
% 64.04/8.64 cnf('64', plain, (~cCordylidae($sk25) | ~$pr($df168) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['63','50'])).
% 64.04/8.64 cnf('65', plain, (~$pr($df168) | cCordylidae($sk25) | cEmydidae($sk26) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('66', plain, (~$pr($df168) | cEmydidae($sk26) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['64','65'])).
% 64.04/8.64 cnf('67', plain, (~cSphenodontidae($sk26) | ~$pr($df168) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['66','60'])).
% 64.04/8.64 cnf('68', plain, (~$pr($df168) | cSphenodontidae($sk26) | cCordylidae($sk25) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('69', plain, (~$pr($df168) | cCordylidae($sk25) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['67','68'])).
% 64.04/8.64 cnf('70', plain, (~$pr($df168) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['69','64'])).
% 64.04/8.64 cnf('71', plain, (~rfamily_name(X,Y) | Y = xsd_string_4 | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['1','47'])).
% 64.04/8.64 cnf('72', plain, (xsd_string_0 != xsd_string_4),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_42_$sk'])).
% 64.04/8.64 cnf('73', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['71','72'])).
% 64.04/8.64 cnf('74', plain, (~cReptile(X) | ~cCordylidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['73','6'])).
% 64.04/8.64 cnf('75', plain, (~cCordylidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['74','49'])).
% 64.04/8.64 cnf('76', plain, ($pr($df240) | $pr($df262) | $pr($df239) | cCordylidae($sk5) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('77', plain, (~cAgamidae($sk5) | $pr($df240) | $pr($df262) | $pr($df239) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(resolution,[],['75','76'])).
% 64.04/8.64 cnf('78', plain, (xsd_string_8 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_99_$sk'])).
% 64.04/8.64 cnf('79', plain, (~rfamily_name(X,xsd_string_8) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','78'])).
% 64.04/8.64 cnf('80', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['79','43'])).
% 64.04/8.64 cnf('81', plain, (~cLoxocemidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_31_$sk'])).
% 64.04/8.64 cnf('82', plain, (~cLoxocemidae(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['80','81'])).
% 64.04/8.64 cnf('83', plain, (~cAgamidae($sk5) | ~cLeptotyphlopidae($sk4) | $pr($df240) | $pr($df262) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['77','82'])).
% 64.04/8.64 cnf('84', plain, (~$pr($df252) | cAgamidae($sk5) | $pr($df240) | $pr($df239) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('85', plain, (~cLeptotyphlopidae($sk4) | $pr($df240) | $pr($df262) | $pr($df239) | ~$pr($df252) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(resolution,[],['83','84'])).
% 64.04/8.64 cnf('86', plain, (~$pr($df252) | $pr($df240) | $pr($df239) | cCordylidae($sk5) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('87', plain, (~$pr($df262) | ~cCordylidae($sk5)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('88', plain, (~$pr($df252) | $pr($df240) | $pr($df239) | cLoxocemidae($sk4) | ~$pr($df262)),
% 64.04/8.64 inference(resolution,[],['86','87'])).
% 64.04/8.64 cnf('89', plain, (~$pr($df240) | ~$pr($df262)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('90', plain, (~$pr($df252) | ~$pr($df262) | $pr($df239) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(simplify,[],['88','89'])).
% 64.04/8.64 cnf('91', plain, (~$pr($df262) | ~$pr($df239)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('92', plain, (~$pr($df252) | ~$pr($df262) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(simplify,[],['90','91'])).
% 64.04/8.64 cnf('93', plain, (~$pr($df262) | ~cLoxocemidae($sk4)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('94', plain, (~$pr($df252) | ~$pr($df262)),
% 64.04/8.64 inference(resolution,[],['92','93'])).
% 64.04/8.64 cnf('95', plain, (~$pr($df252) | ~cLeptotyphlopidae($sk4) | $pr($df240) | $pr($df239) | cLoxocemidae($sk4)),
% 64.04/8.64 inference(simplify,[],['85','94'])).
% 64.04/8.64 cnf('96', plain, (~$pr($df252) | ~cLeptotyphlopidae($sk4) | $pr($df240) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['95','82'])).
% 64.04/8.64 cnf('97', plain, (~$pr($df252) | $pr($df240) | cLeptotyphlopidae($sk4) | $pr($df239) | cCordylidae($sk5)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('98', plain, (~$pr($df252) | $pr($df240) | $pr($df239) | cCordylidae($sk5)),
% 64.04/8.64 inference(resolution,[],['96','97'])).
% 64.04/8.64 cnf('99', plain, (~$pr($df252) | ~cAgamidae($sk5) | $pr($df240) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['98','75'])).
% 64.04/8.64 cnf('100', plain, (~$pr($df252) | cAgamidae($sk5) | $pr($df240) | cLeptotyphlopidae($sk4) | $pr($df239)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('101', plain, (~$pr($df252) | $pr($df240) | cLeptotyphlopidae($sk4) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['99','100'])).
% 64.04/8.64 cnf('102', plain, (~$pr($df252) | $pr($df240) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['101','96'])).
% 64.04/8.64 cnf('103', plain, (rfamily_name(X,xsd_string_1) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_6_$sk'])).
% 64.04/8.64 cnf('104', plain, (~rfamily_name(X,Y) | Y = xsd_string_1 | ~cReptile(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['1','103'])).
% 64.04/8.64 cnf('105', plain, (xsd_string_0 != xsd_string_1),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_39_$sk'])).
% 64.04/8.64 cnf('106', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['104','105'])).
% 64.04/8.64 cnf('107', plain, (~cReptile(X) | ~cAmphisbaenidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['106','6'])).
% 64.04/8.64 cnf('108', plain, (~cAmphisbaenidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_7_$sk'])).
% 64.04/8.64 cnf('109', plain, (~cAmphisbaenidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['107','108'])).
% 64.04/8.64 cnf('110', plain, (cAmphisbaenidae($sk1) | $pr($df252) | $pr($df251) | cSphenodontidae($sk2)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('111', plain, (~cAgamidae($sk1) | $pr($df252) | $pr($df251) | cSphenodontidae($sk2)),
% 64.04/8.64 inference(resolution,[],['109','110'])).
% 64.04/8.64 cnf('112', plain, (xsd_string_8 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_100_$sk'])).
% 64.04/8.64 cnf('113', plain, (~rfamily_name(X,xsd_string_8) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','112'])).
% 64.04/8.64 cnf('114', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['113','43'])).
% 64.04/8.64 cnf('115', plain, (~cSphenodontidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_35_$sk'])).
% 64.04/8.64 cnf('116', plain, (~cSphenodontidae(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['114','115'])).
% 64.04/8.64 cnf('117', plain, (~cAgamidae($sk1) | ~cLeptotyphlopidae($sk2) | $pr($df252) | $pr($df251)),
% 64.04/8.64 inference(resolution,[],['111','116'])).
% 64.04/8.64 cnf('118', plain, ($pr($df252) | $pr($df251) | cAgamidae($sk1) | cSphenodontidae($sk2)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('119', plain, (~cLeptotyphlopidae($sk2) | $pr($df252) | $pr($df251) | cSphenodontidae($sk2)),
% 64.04/8.64 inference(resolution,[],['117','118'])).
% 64.04/8.64 cnf('120', plain, (~cLeptotyphlopidae($sk2) | $pr($df252) | $pr($df251)),
% 64.04/8.64 inference(resolution,[],['119','116'])).
% 64.04/8.64 cnf('121', plain, (cAmphisbaenidae($sk1) | $pr($df252) | $pr($df251) | cLeptotyphlopidae($sk2)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('122', plain, (~cAgamidae($sk1) | $pr($df252) | $pr($df251) | cLeptotyphlopidae($sk2)),
% 64.04/8.64 inference(resolution,[],['109','121'])).
% 64.04/8.64 cnf('123', plain, (~cAgamidae($sk1) | $pr($df252) | $pr($df251)),
% 64.04/8.64 inference(resolution,[],['120','122'])).
% 64.04/8.64 cnf('124', plain, ($pr($df252) | $pr($df251) | cAgamidae($sk1) | cLeptotyphlopidae($sk2)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('125', plain, ($pr($df252) | $pr($df251) | cLeptotyphlopidae($sk2)),
% 64.04/8.64 inference(resolution,[],['123','124'])).
% 64.04/8.64 cnf('126', plain, ($pr($df252) | $pr($df251)),
% 64.04/8.64 inference(resolution,[],['125','120'])).
% 64.04/8.64 cnf('127', plain, ($pr($df251) | $pr($df240) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['102','126'])).
% 64.04/8.64 cnf('128', plain, (xsd_string_6 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_92_$sk'])).
% 64.04/8.64 cnf('129', plain, (~rfamily_name(X,xsd_string_6) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','128'])).
% 64.04/8.64 cnf('130', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['129','57'])).
% 64.04/8.64 cnf('131', plain, (~cLoxocemidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['130','59'])).
% 64.04/8.64 cnf('132', plain, (~$pr($df251) | cEmydidae($sk3)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('133', plain, (~cLoxocemidae($sk3) | ~$pr($df251)),
% 64.04/8.64 inference(resolution,[],['131','132'])).
% 64.04/8.64 cnf('134', plain, (~$pr($df251) | cLoxocemidae($sk3)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('135', plain, (~$pr($df251)),
% 64.04/8.64 inference(simplify,[],['133','134'])).
% 64.04/8.64 cnf('136', plain, ($pr($df240) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['127','135'])).
% 64.04/8.64 cnf('137', plain, (~$pr($df240) | $pr($df228) | $pr($df227) | cSphenodontidae($sk8) | cXantusiidae($sk7)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('138', plain, (~cAnomalepidae($sk9) | ~cXantusiidae($sk9) | $pr($df227)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('139', plain, (xsd_string_2 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_68_$sk'])).
% 64.04/8.64 cnf('140', plain, (~rfamily_name(X,xsd_string_2) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','139'])).
% 64.04/8.64 cnf('141', plain, (rfamily_name(X,xsd_string_2) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_9_$sk'])).
% 64.04/8.64 cnf('142', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['140','141'])).
% 64.04/8.64 cnf('143', plain, (~$pr($df227) | cXantusiidae($sk9)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('144', plain, (~$pr($df227) | ~cAnomalepidae($sk9) | ~cReptile($sk9)),
% 64.04/8.64 inference(resolution,[],['142','143'])).
% 64.04/8.64 cnf('145', plain, (~$pr($df227) | cAnomalepidae($sk9)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('146', plain, (~$pr($df227) | ~cReptile($sk9)),
% 64.04/8.64 inference(simplify,[],['144','145'])).
% 64.04/8.64 cnf('147', plain, (~cAnomalepidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_10_$sk'])).
% 64.04/8.64 cnf('148', plain, (~$pr($df227) | ~cAnomalepidae($sk9)),
% 64.04/8.64 inference(resolution,[],['146','147'])).
% 64.04/8.64 cnf('149', plain, (~cAnomalepidae($sk9) | ~cXantusiidae($sk9)),
% 64.04/8.64 inference(simplify,[],['138','148'])).
% 64.04/8.64 cnf('150', plain, (~cAnomalepidae($sk9) | ~$pr($df227)),
% 64.04/8.64 inference(resolution,[],['149','143'])).
% 64.04/8.64 cnf('151', plain, (~$pr($df227)),
% 64.04/8.64 inference(simplify,[],['150','145'])).
% 64.04/8.64 cnf('152', plain, (~$pr($df240) | $pr($df228) | cSphenodontidae($sk8) | cXantusiidae($sk7)),
% 64.04/8.64 inference(simplify,[],['137','151'])).
% 64.04/8.64 cnf('153', plain, (xsd_string_2 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_67_$sk'])).
% 64.04/8.64 cnf('154', plain, (~rfamily_name(X,xsd_string_2) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','153'])).
% 64.04/8.64 cnf('155', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['154','141'])).
% 64.04/8.64 cnf('156', plain, (~cSphenodontidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['155','147'])).
% 64.04/8.64 cnf('157', plain, (~cAnomalepidae($sk8) | ~$pr($df240) | $pr($df228) | cXantusiidae($sk7)),
% 64.04/8.64 inference(resolution,[],['152','156'])).
% 64.04/8.64 cnf('158', plain, (xsd_string_8 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_101_$sk'])).
% 64.04/8.64 cnf('159', plain, (~rfamily_name(X,xsd_string_8) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','158'])).
% 64.04/8.64 cnf('160', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['159','43'])).
% 64.04/8.64 cnf('161', plain, (~cAnomalepidae($sk8) | ~cReptile($sk7) | ~cLeptotyphlopidae($sk7) | ~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['157','160'])).
% 64.04/8.64 cnf('162', plain, (~cLeptotyphlopidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_28_$sk'])).
% 64.04/8.64 cnf('163', plain, (~cAnomalepidae($sk8) | ~cLeptotyphlopidae($sk7) | ~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['161','162'])).
% 64.04/8.64 cnf('164', plain, (~$pr($df240) | $pr($df228) | $pr($df227) | cAnomalepidae($sk8) | cXantusiidae($sk7)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('165', plain, (~$pr($df240) | $pr($df228) | cAnomalepidae($sk8) | cXantusiidae($sk7)),
% 64.04/8.64 inference(simplify,[],['164','151'])).
% 64.04/8.64 cnf('166', plain, (~cLeptotyphlopidae($sk7) | ~$pr($df240) | $pr($df228) | cXantusiidae($sk7)),
% 64.04/8.64 inference(resolution,[],['163','165'])).
% 64.04/8.64 cnf('167', plain, (~cReptile($sk7) | ~cLeptotyphlopidae($sk7) | ~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['166','160'])).
% 64.04/8.64 cnf('168', plain, (~cLeptotyphlopidae($sk7) | ~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['167','162'])).
% 64.04/8.64 cnf('169', plain, (~$pr($df240) | $pr($df228) | $pr($df227) | cSphenodontidae($sk8) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('170', plain, (~$pr($df240) | $pr($df228) | cSphenodontidae($sk8) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(simplify,[],['169','151'])).
% 64.04/8.64 cnf('171', plain, (~cAnomalepidae($sk8) | ~$pr($df240) | $pr($df228) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(resolution,[],['170','156'])).
% 64.04/8.64 cnf('172', plain, (~cAnomalepidae($sk8) | ~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['168','171'])).
% 64.04/8.64 cnf('173', plain, (~$pr($df240) | $pr($df228) | $pr($df227) | cAnomalepidae($sk8) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('174', plain, (~$pr($df240) | $pr($df228) | cAnomalepidae($sk8) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(simplify,[],['173','151'])).
% 64.04/8.64 cnf('175', plain, (~$pr($df240) | $pr($df228) | cLeptotyphlopidae($sk7)),
% 64.04/8.64 inference(resolution,[],['172','174'])).
% 64.04/8.64 cnf('176', plain, (~$pr($df240) | $pr($df228)),
% 64.04/8.64 inference(resolution,[],['175','168'])).
% 64.04/8.64 cnf('177', plain, ($pr($df228) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['136','176'])).
% 64.04/8.64 cnf('178', plain, (~$pr($df228) | cCrocodylidae($sk10) | $pr($df216) | $pr($df215) | cLeptotyphlopidae($sk11)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('179', plain, (rfamily_name(X,xsd_string_5) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_18_$sk'])).
% 64.04/8.64 cnf('180', plain, (~rfamily_name(X,Y) | Y = xsd_string_5 | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['1','179'])).
% 64.04/8.64 cnf('181', plain, (xsd_string_4 != xsd_string_5),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_77_$sk'])).
% 64.04/8.64 cnf('182', plain, (~rfamily_name(X,xsd_string_4) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['180','181'])).
% 64.04/8.64 cnf('183', plain, (~cReptile(X) | ~cCrocodylidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['182','47'])).
% 64.04/8.64 cnf('184', plain, (~cCrocodylidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_19_$sk'])).
% 64.04/8.64 cnf('185', plain, (~cCrocodylidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['183','184'])).
% 64.04/8.64 cnf('186', plain, (~$pr($df228) | ~cCordylidae($sk10) | $pr($df216) | $pr($df215) | cLeptotyphlopidae($sk11)),
% 64.04/8.64 inference(resolution,[],['178','185'])).
% 64.04/8.64 cnf('187', plain, (xsd_string_2 != xsd_string_8),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_65_$sk'])).
% 64.04/8.64 cnf('188', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['44','187'])).
% 64.04/8.64 cnf('189', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['188','141'])).
% 64.04/8.64 cnf('190', plain, (~cLeptotyphlopidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['189','147'])).
% 64.04/8.64 cnf('191', plain, (~$pr($df228) | ~cCordylidae($sk10) | ~cAnomalepidae($sk11) | $pr($df216) | $pr($df215)),
% 64.04/8.64 inference(resolution,[],['186','190'])).
% 64.04/8.64 cnf('192', plain, ($pr($df229) | $pr($df216) | $pr($df215) | cLeptotyphlopidae($sk11) | cCordylidae($sk10)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('193', plain, (~cAnomalepidae($sk11) | $pr($df229) | $pr($df216) | $pr($df215) | cCordylidae($sk10)),
% 64.04/8.64 inference(resolution,[],['190','192'])).
% 64.04/8.64 cnf('194', plain, (~$pr($df228) | ~cAnomalepidae($sk11) | $pr($df216) | $pr($df215) | $pr($df229)),
% 64.04/8.64 inference(resolution,[],['191','193'])).
% 64.04/8.64 cnf('195', plain, (~$pr($df228) | $pr($df216) | $pr($df215) | cLeptotyphlopidae($sk11) | cCordylidae($sk10)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('196', plain, (~$pr($df229) | ~cLeptotyphlopidae($sk11)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('197', plain, (~$pr($df228) | $pr($df216) | $pr($df215) | cCordylidae($sk10) | ~$pr($df229)),
% 64.04/8.64 inference(resolution,[],['195','196'])).
% 64.04/8.64 cnf('198', plain, (~$pr($df229) | ~$pr($df216)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('199', plain, (~$pr($df229) | ~$pr($df228) | $pr($df215) | cCordylidae($sk10)),
% 64.04/8.64 inference(simplify,[],['197','198'])).
% 64.04/8.64 cnf('200', plain, (~$pr($df229) | ~$pr($df215)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('201', plain, (~$pr($df229) | ~$pr($df228) | cCordylidae($sk10)),
% 64.04/8.64 inference(simplify,[],['199','200'])).
% 64.04/8.64 cnf('202', plain, (~$pr($df229) | ~cCordylidae($sk10)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('203', plain, (~$pr($df229) | ~$pr($df228)),
% 64.04/8.64 inference(resolution,[],['201','202'])).
% 64.04/8.64 cnf('204', plain, (~$pr($df228) | ~cAnomalepidae($sk11) | $pr($df216) | $pr($df215)),
% 64.04/8.64 inference(simplify,[],['194','203'])).
% 64.04/8.64 cnf('205', plain, (~$pr($df228) | cCrocodylidae($sk10) | $pr($df216) | $pr($df215) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('206', plain, (~$pr($df228) | ~cCordylidae($sk10) | $pr($df216) | $pr($df215) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(resolution,[],['205','185'])).
% 64.04/8.64 cnf('207', plain, (~$pr($df228) | ~cCordylidae($sk10) | $pr($df216) | $pr($df215)),
% 64.04/8.64 inference(resolution,[],['204','206'])).
% 64.04/8.64 cnf('208', plain, (~$pr($df228) | $pr($df216) | $pr($df215) | cCordylidae($sk10) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('209', plain, (~$pr($df228) | $pr($df216) | $pr($df215) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(resolution,[],['207','208'])).
% 64.04/8.64 cnf('210', plain, (~$pr($df228) | $pr($df216) | $pr($df215)),
% 64.04/8.64 inference(resolution,[],['209','204'])).
% 64.04/8.64 cnf('211', plain, ($pr($df216) | $pr($df215) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['177','210'])).
% 64.04/8.64 cnf('212', plain, (~$pr($df216) | $pr($df229) | $pr($df233) | $pr($df230)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('213', plain, (~$pr($df216) | $pr($df233) | $pr($df230)),
% 64.04/8.64 inference(simplify,[],['212','198'])).
% 64.04/8.64 cnf('214', plain, ($pr($df215) | $pr($df239) | $pr($df233) | $pr($df230)),
% 64.04/8.64 inference(resolution,[],['211','213'])).
% 64.04/8.64 cnf('215', plain, (~cCordylidae($sk10) | ~$pr($df230)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('216', plain, (~$pr($df228) | $pr($df216) | $pr($df215) | cAnomalepidae($sk11) | ~$pr($df230)),
% 64.04/8.64 inference(resolution,[],['208','215'])).
% 64.04/8.64 cnf('217', plain, (~$pr($df216) | ~$pr($df230)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('218', plain, (~$pr($df228) | ~$pr($df230) | $pr($df215) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(simplify,[],['216','217'])).
% 64.04/8.64 cnf('219', plain, (~$pr($df215) | ~$pr($df230)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('220', plain, (~$pr($df228) | ~$pr($df230) | cAnomalepidae($sk11)),
% 64.04/8.64 inference(simplify,[],['218','219'])).
% 64.04/8.64 cnf('221', plain, (~$pr($df230) | ~cAnomalepidae($sk11)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('222', plain, (~$pr($df228) | ~$pr($df230)),
% 64.04/8.64 inference(resolution,[],['220','221'])).
% 64.04/8.64 cnf('223', plain, (~$pr($df230) | $pr($df239)),
% 64.04/8.64 inference(resolution,[],['177','222'])).
% 64.04/8.64 cnf('224', plain, ($pr($df215) | $pr($df239) | $pr($df233)),
% 64.04/8.64 inference(simplify,[],['214','223'])).
% 64.04/8.64 cnf('225', plain, (xsd_string_2 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_66_$sk'])).
% 64.04/8.64 cnf('226', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','225'])).
% 64.04/8.64 cnf('227', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['226','141'])).
% 64.04/8.64 cnf('228', plain, (~cLoxocemidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['227','147'])).
% 64.04/8.64 cnf('229', plain, (~$pr($df215) | cLoxocemidae($sk12)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('230', plain, (~$pr($df215) | ~cAnomalepidae($sk12)),
% 64.04/8.64 inference(resolution,[],['228','229'])).
% 64.04/8.64 cnf('231', plain, (~$pr($df215) | cAnomalepidae($sk12)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('232', plain, (~$pr($df215)),
% 64.04/8.64 inference(simplify,[],['230','231'])).
% 64.04/8.64 cnf('233', plain, ($pr($df239) | $pr($df233)),
% 64.04/8.64 inference(resolution,[],['224','232'])).
% 64.04/8.64 cnf('234', plain, (~rfamily_name(X,Y) | Y = xsd_string_7 | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['1','16'])).
% 64.04/8.64 cnf('235', plain, (xsd_string_0 != xsd_string_7),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_45_$sk'])).
% 64.04/8.64 cnf('236', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['234','235'])).
% 64.04/8.64 cnf('237', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['236','6'])).
% 64.04/8.64 cnf('238', plain, (~cGekkonidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['237','19'])).
% 64.04/8.64 cnf('239', plain, (~$pr($df239) | cGekkonidae($sk6)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('240', plain, (~cAgamidae($sk6) | ~$pr($df239)),
% 64.04/8.64 inference(resolution,[],['238','239'])).
% 64.04/8.64 cnf('241', plain, (~$pr($df239) | cAgamidae($sk6)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('242', plain, (~$pr($df239)),
% 64.04/8.64 inference(simplify,[],['240','241'])).
% 64.04/8.64 cnf('243', plain, ($pr($df233)),
% 64.04/8.64 inference(resolution,[],['233','242'])).
% 64.04/8.64 cnf('244', plain, (~$pr($df233) | $pr($df216)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('245', plain, ($pr($df216)),
% 64.04/8.64 inference(resolution,[],['243','244'])).
% 64.04/8.64 cnf('246', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cLoxocemidae($sk13) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('247', plain, (~cLoxocemidae($sk13) | $pr($df225) | $pr($df218) | $pr($df217)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('248', plain, (~$pr($df216) | $pr($df225) | $pr($df218) | $pr($df217) | $pr($df204) | $pr($df203) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(resolution,[],['246','247'])).
% 64.04/8.64 cnf('249', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cGekkonidae($sk13) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('250', plain, (~$pr($df218) | ~cGekkonidae($sk13)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('251', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cAnomalepidae($sk14) | ~$pr($df218)),
% 64.04/8.64 inference(resolution,[],['249','250'])).
% 64.04/8.64 cnf('252', plain, (~$pr($df218) | ~$pr($df204)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('253', plain, (~$pr($df218) | ~$pr($df216) | $pr($df203) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(simplify,[],['251','252'])).
% 64.04/8.64 cnf('254', plain, (~$pr($df218) | ~$pr($df203)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('255', plain, (~$pr($df218) | ~$pr($df216) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(simplify,[],['253','254'])).
% 64.04/8.64 cnf('256', plain, (~$pr($df218) | ~cAnomalepidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('257', plain, (~$pr($df218) | ~$pr($df216)),
% 64.04/8.64 inference(resolution,[],['255','256'])).
% 64.04/8.64 cnf('258', plain, (~$pr($df216) | $pr($df225) | $pr($df217) | $pr($df204) | $pr($df203) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(simplify,[],['248','257'])).
% 64.04/8.64 cnf('259', plain, (~rfamily_name(X,Y) | Y = xsd_string_2 | ~cReptile(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['1','141'])).
% 64.04/8.64 cnf('260', plain, (xsd_string_1 != xsd_string_2),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_50_$sk'])).
% 64.04/8.64 cnf('261', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['259','260'])).
% 64.04/8.64 cnf('262', plain, (~cReptile(X) | ~cAnomalepidae(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['261','103'])).
% 64.04/8.64 cnf('263', plain, (~cAnomalepidae(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['262','147'])).
% 64.04/8.64 cnf('264', plain, (~$pr($df216) | $pr($df225) | $pr($df217) | $pr($df204) | $pr($df203) | ~cAnomalepidae($sk14)),
% 64.04/8.64 inference(resolution,[],['258','263'])).
% 64.04/8.64 cnf('265', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cGekkonidae($sk13) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('266', plain, (~$pr($df217) | ~cGekkonidae($sk13)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('267', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cAmphisbaenidae($sk14) | ~$pr($df217)),
% 64.04/8.64 inference(resolution,[],['265','266'])).
% 64.04/8.64 cnf('268', plain, (~$pr($df217) | ~$pr($df204)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('269', plain, (~$pr($df217) | ~$pr($df216) | $pr($df203) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(simplify,[],['267','268'])).
% 64.04/8.64 cnf('270', plain, (~$pr($df217) | ~$pr($df203)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('271', plain, (~$pr($df217) | ~$pr($df216) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(simplify,[],['269','270'])).
% 64.04/8.64 cnf('272', plain, (~$pr($df217) | ~cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('273', plain, (~$pr($df217) | ~$pr($df216)),
% 64.04/8.64 inference(resolution,[],['271','272'])).
% 64.04/8.64 cnf('274', plain, (~$pr($df216) | ~cAnomalepidae($sk14) | $pr($df225) | $pr($df204) | $pr($df203)),
% 64.04/8.64 inference(simplify,[],['264','273'])).
% 64.04/8.64 cnf('275', plain, (xsd_string_7 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_96_$sk'])).
% 64.04/8.64 cnf('276', plain, (~rfamily_name(X,xsd_string_7) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','275'])).
% 64.04/8.64 cnf('277', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['276','16'])).
% 64.04/8.64 cnf('278', plain, (~cLoxocemidae(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['277','19'])).
% 64.04/8.64 cnf('279', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cLoxocemidae($sk13) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('280', plain, (~$pr($df216) | ~cGekkonidae($sk13) | $pr($df204) | $pr($df203) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(resolution,[],['278','279'])).
% 64.04/8.64 cnf('281', plain, (~$pr($df216) | $pr($df225) | $pr($df204) | $pr($df203) | ~cGekkonidae($sk13)),
% 64.04/8.64 inference(resolution,[],['274','280'])).
% 64.04/8.64 cnf('282', plain, (~$pr($df225) | cLoxocemidae($sk13)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('283', plain, (~$pr($df225) | ~cGekkonidae($sk13)),
% 64.04/8.64 inference(resolution,[],['278','282'])).
% 64.04/8.64 cnf('284', plain, (~$pr($df216) | ~cGekkonidae($sk13) | $pr($df204) | $pr($df203)),
% 64.04/8.64 inference(simplify,[],['281','283'])).
% 64.04/8.64 cnf('285', plain, ($pr($df217) | $pr($df204) | $pr($df203) | cGekkonidae($sk13) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('286', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | $pr($df217) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(resolution,[],['284','285'])).
% 64.04/8.64 cnf('287', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cAmphisbaenidae($sk14)),
% 64.04/8.64 inference(simplify,[],['286','273'])).
% 64.04/8.64 cnf('288', plain, (~$pr($df216) | ~cAnomalepidae($sk14) | $pr($df204) | $pr($df203)),
% 64.04/8.64 inference(resolution,[],['287','263'])).
% 64.04/8.64 cnf('289', plain, ($pr($df218) | $pr($df204) | $pr($df203) | cGekkonidae($sk13) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('290', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | $pr($df218) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(resolution,[],['284','289'])).
% 64.04/8.64 cnf('291', plain, (~$pr($df216) | $pr($df204) | $pr($df203) | cAnomalepidae($sk14)),
% 64.04/8.64 inference(simplify,[],['290','257'])).
% 64.04/8.64 cnf('292', plain, (~$pr($df216) | $pr($df204) | $pr($df203)),
% 64.04/8.64 inference(resolution,[],['288','291'])).
% 64.04/8.64 cnf('293', plain, ($pr($df204) | $pr($df203)),
% 64.04/8.64 inference(resolution,[],['245','292'])).
% 64.04/8.64 cnf('294', plain, (~$pr($df204) | $pr($df191) | cSphenodontidae($sk16) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('295', plain, (~cXantusiidae($sk18) | ~cAmphisbaenidae($sk18) | $pr($df191)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('296', plain, (xsd_string_1 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_59_$sk'])).
% 64.04/8.64 cnf('297', plain, (~rfamily_name(X,xsd_string_1) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','296'])).
% 64.04/8.64 cnf('298', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['297','103'])).
% 64.04/8.64 cnf('299', plain, (~$pr($df191) | cXantusiidae($sk18)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('300', plain, (~$pr($df191) | ~cReptile($sk18) | ~cAmphisbaenidae($sk18)),
% 64.04/8.64 inference(resolution,[],['298','299'])).
% 64.04/8.64 cnf('301', plain, (~$pr($df191) | cAmphisbaenidae($sk18)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('302', plain, (~$pr($df191) | ~cReptile($sk18)),
% 64.04/8.64 inference(simplify,[],['300','301'])).
% 64.04/8.64 cnf('303', plain, (~$pr($df191) | ~cAmphisbaenidae($sk18)),
% 64.04/8.64 inference(resolution,[],['302','108'])).
% 64.04/8.64 cnf('304', plain, (~cXantusiidae($sk18) | ~cAmphisbaenidae($sk18)),
% 64.04/8.64 inference(simplify,[],['295','303'])).
% 64.04/8.64 cnf('305', plain, (~cAmphisbaenidae($sk18) | ~$pr($df191)),
% 64.04/8.64 inference(resolution,[],['304','299'])).
% 64.04/8.64 cnf('306', plain, (~$pr($df191)),
% 64.04/8.64 inference(simplify,[],['305','301'])).
% 64.04/8.64 cnf('307', plain, (~$pr($df204) | cSphenodontidae($sk16) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['294','306'])).
% 64.04/8.64 cnf('308', plain, (xsd_string_9 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_102_$sk'])).
% 64.04/8.64 cnf('309', plain, (~rfamily_name(X,xsd_string_9) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','308'])).
% 64.04/8.64 cnf('310', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['309','2'])).
% 64.04/8.64 cnf('311', plain, (~cSphenodontidae(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['310','115'])).
% 64.04/8.64 cnf('312', plain, (~$pr($df204) | ~cLoxocemidae($sk16) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['307','311'])).
% 64.04/8.64 cnf('313', plain, (xsd_string_6 != xsd_string_7),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_90_$sk'])).
% 64.04/8.64 cnf('314', plain, (~rfamily_name(X,xsd_string_6) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['234','313'])).
% 64.04/8.64 cnf('315', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['314','57'])).
% 64.04/8.64 cnf('316', plain, (~cGekkonidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['315','19'])).
% 64.04/8.64 cnf('317', plain, (~$pr($df204) | ~cGekkonidae($sk17) | ~cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['312','316'])).
% 64.04/8.64 cnf('318', plain, (~$pr($df204) | $pr($df191) | cSphenodontidae($sk16) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('319', plain, (~$pr($df204) | cSphenodontidae($sk16) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['318','306'])).
% 64.04/8.64 cnf('320', plain, (~$pr($df204) | ~cLoxocemidae($sk16) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['319','311'])).
% 64.04/8.64 cnf('321', plain, (~$pr($df204) | ~cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['317','320'])).
% 64.04/8.64 cnf('322', plain, ($pr($df191) | cSphenodontidae($sk16) | $pr($df206) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('323', plain, (cSphenodontidae($sk16) | $pr($df206) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['322','306'])).
% 64.04/8.64 cnf('324', plain, (~cLoxocemidae($sk16) | $pr($df206) | cEmydidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['323','311'])).
% 64.04/8.64 cnf('325', plain, (~cGekkonidae($sk17) | ~cLoxocemidae($sk16) | $pr($df206) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['324','316'])).
% 64.04/8.64 cnf('326', plain, ($pr($df191) | cSphenodontidae($sk16) | $pr($df205) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('327', plain, (cSphenodontidae($sk16) | $pr($df205) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['326','306'])).
% 64.04/8.64 cnf('328', plain, (~cLoxocemidae($sk16) | $pr($df205) | cGekkonidae($sk17) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['327','311'])).
% 64.04/8.64 cnf('329', plain, (~cLoxocemidae($sk16) | $pr($df206) | $pr($df205) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['325','328'])).
% 64.04/8.64 cnf('330', plain, (~$pr($df204) | $pr($df191) | cEmydidae($sk17) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('331', plain, (~$pr($df204) | ~cGekkonidae($sk17) | $pr($df191) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['330','316'])).
% 64.04/8.64 cnf('332', plain, (~$pr($df204) | ~cGekkonidae($sk17) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['331','306'])).
% 64.04/8.64 cnf('333', plain, ($pr($df206) | $pr($df205) | $pr($df192) | ~$pr($df204) | ~cGekkonidae($sk17)),
% 64.04/8.64 inference(resolution,[],['329','332'])).
% 64.04/8.64 cnf('334', plain, (~$pr($df205) | ~cGekkonidae($sk17)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('335', plain, (~$pr($df204) | ~cGekkonidae($sk17) | $pr($df206) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['333','334'])).
% 64.04/8.64 cnf('336', plain, (~$pr($df204) | $pr($df191) | cGekkonidae($sk17) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('337', plain, (~$pr($df204) | cGekkonidae($sk17) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['336','306'])).
% 64.04/8.64 cnf('338', plain, (~$pr($df204) | $pr($df206) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['335','337'])).
% 64.04/8.64 cnf('339', plain, (~$pr($df204) | $pr($df206) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['321','338'])).
% 64.04/8.64 cnf('340', plain, (~$pr($df206) | ~cEmydidae($sk17)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('341', plain, (~$pr($df204) | $pr($df191) | cLoxocemidae($sk16) | $pr($df192) | ~$pr($df206)),
% 64.04/8.64 inference(resolution,[],['330','340'])).
% 64.04/8.64 cnf('342', plain, (~$pr($df191) | ~$pr($df206)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('343', plain, (~$pr($df206) | ~$pr($df204) | cLoxocemidae($sk16) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['341','342'])).
% 64.04/8.64 cnf('344', plain, (~$pr($df206) | ~$pr($df192)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('345', plain, (~$pr($df206) | ~$pr($df204) | cLoxocemidae($sk16)),
% 64.04/8.64 inference(simplify,[],['343','344'])).
% 64.04/8.64 cnf('346', plain, (~$pr($df204) | $pr($df192) | ~$pr($df206)),
% 64.04/8.64 inference(resolution,[],['321','345'])).
% 64.04/8.64 cnf('347', plain, (~$pr($df206) | ~$pr($df204)),
% 64.04/8.64 inference(simplify,[],['346','344'])).
% 64.04/8.64 cnf('348', plain, (~$pr($df204) | $pr($df192)),
% 64.04/8.64 inference(simplify,[],['339','347'])).
% 64.04/8.64 cnf('349', plain, ($pr($df203) | $pr($df192)),
% 64.04/8.64 inference(resolution,[],['293','348'])).
% 64.04/8.64 cnf('350', plain, (xsd_string_6 != xsd_string_8),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_91_$sk'])).
% 64.04/8.64 cnf('351', plain, (~rfamily_name(X,xsd_string_6) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['44','350'])).
% 64.04/8.64 cnf('352', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['351','57'])).
% 64.04/8.64 cnf('353', plain, (~cLeptotyphlopidae(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['352','59'])).
% 64.04/8.64 cnf('354', plain, (~$pr($df203) | cEmydidae($sk15)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('355', plain, (~cLeptotyphlopidae($sk15) | ~$pr($df203)),
% 64.04/8.64 inference(resolution,[],['353','354'])).
% 64.04/8.64 cnf('356', plain, (~$pr($df203) | cLeptotyphlopidae($sk15)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('357', plain, (~$pr($df203)),
% 64.04/8.64 inference(simplify,[],['355','356'])).
% 64.04/8.64 cnf('358', plain, ($pr($df192)),
% 64.04/8.64 inference(resolution,[],['349','357'])).
% 64.04/8.64 cnf('359', plain, (~$pr($df192) | $pr($df180) | cSphenodontidae($sk19) | $pr($df179) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('360', plain, (~cXantusiidae($sk21) | ~cCordylidae($sk21) | $pr($df179)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('361', plain, (xsd_string_4 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_83_$sk'])).
% 64.04/8.64 cnf('362', plain, (~rfamily_name(X,xsd_string_4) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','361'])).
% 64.04/8.64 cnf('363', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['362','47'])).
% 64.04/8.64 cnf('364', plain, (~$pr($df179) | cXantusiidae($sk21)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('365', plain, (~cCordylidae($sk21) | ~$pr($df179) | ~cReptile($sk21)),
% 64.04/8.64 inference(resolution,[],['363','364'])).
% 64.04/8.64 cnf('366', plain, (~$pr($df179) | cCordylidae($sk21)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('367', plain, (~$pr($df179) | ~cReptile($sk21)),
% 64.04/8.64 inference(simplify,[],['365','366'])).
% 64.04/8.64 cnf('368', plain, (~cCordylidae($sk21) | ~$pr($df179)),
% 64.04/8.64 inference(resolution,[],['367','49'])).
% 64.04/8.64 cnf('369', plain, (~cXantusiidae($sk21) | ~cCordylidae($sk21)),
% 64.04/8.64 inference(simplify,[],['360','368'])).
% 64.04/8.64 cnf('370', plain, (~cCordylidae($sk21) | ~$pr($df179)),
% 64.04/8.64 inference(resolution,[],['369','364'])).
% 64.04/8.64 cnf('371', plain, (~$pr($df179)),
% 64.04/8.64 inference(simplify,[],['370','366'])).
% 64.04/8.64 cnf('372', plain, (~$pr($df192) | $pr($df180) | cSphenodontidae($sk19) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(simplify,[],['359','371'])).
% 64.04/8.64 cnf('373', plain, (xsd_string_5 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_88_$sk'])).
% 64.04/8.64 cnf('374', plain, (~rfamily_name(X,xsd_string_5) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','373'])).
% 64.04/8.64 cnf('375', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['374','179'])).
% 64.04/8.64 cnf('376', plain, (~cSphenodontidae(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['375','184'])).
% 64.04/8.64 cnf('377', plain, (~cCrocodylidae($sk19) | ~$pr($df192) | $pr($df180) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(resolution,[],['372','376'])).
% 64.04/8.64 cnf('378', plain, (xsd_string_0 != xsd_string_2),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_40_$sk'])).
% 64.04/8.64 cnf('379', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['259','378'])).
% 64.04/8.64 cnf('380', plain, (~cReptile(X) | ~cAnomalepidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['379','6'])).
% 64.04/8.64 cnf('381', plain, (~cAnomalepidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['380','147'])).
% 64.04/8.64 cnf('382', plain, (~cAgamidae($sk20) | ~cCrocodylidae($sk19) | ~$pr($df192) | $pr($df180)),
% 64.04/8.64 inference(resolution,[],['377','381'])).
% 64.04/8.64 cnf('383', plain, (~$pr($df192) | cAgamidae($sk20) | $pr($df180) | cSphenodontidae($sk19) | $pr($df179)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('384', plain, (~$pr($df192) | cAgamidae($sk20) | $pr($df180) | cSphenodontidae($sk19)),
% 64.04/8.64 inference(simplify,[],['383','371'])).
% 64.04/8.64 cnf('385', plain, (~cCrocodylidae($sk19) | ~$pr($df192) | $pr($df180) | cSphenodontidae($sk19)),
% 64.04/8.64 inference(resolution,[],['382','384'])).
% 64.04/8.64 cnf('386', plain, (~cCrocodylidae($sk19) | ~$pr($df192) | $pr($df180)),
% 64.04/8.64 inference(resolution,[],['385','376'])).
% 64.04/8.64 cnf('387', plain, (~$pr($df192) | cCrocodylidae($sk19) | $pr($df180) | $pr($df179) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('388', plain, (~$pr($df192) | cCrocodylidae($sk19) | $pr($df180) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(simplify,[],['387','371'])).
% 64.04/8.64 cnf('389', plain, (~$pr($df192) | $pr($df180) | cAnomalepidae($sk20)),
% 64.04/8.64 inference(resolution,[],['386','388'])).
% 64.04/8.64 cnf('390', plain, (~cAgamidae($sk20) | ~$pr($df192) | $pr($df180)),
% 64.04/8.64 inference(resolution,[],['389','381'])).
% 64.04/8.64 cnf('391', plain, (~$pr($df192) | cAgamidae($sk20) | cCrocodylidae($sk19) | $pr($df180) | $pr($df179)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('392', plain, (~$pr($df192) | cAgamidae($sk20) | cCrocodylidae($sk19) | $pr($df180)),
% 64.04/8.64 inference(simplify,[],['391','371'])).
% 64.04/8.64 cnf('393', plain, (~$pr($df192) | cCrocodylidae($sk19) | $pr($df180)),
% 64.04/8.64 inference(resolution,[],['390','392'])).
% 64.04/8.64 cnf('394', plain, (~$pr($df192) | $pr($df180)),
% 64.04/8.64 inference(resolution,[],['393','386'])).
% 64.04/8.64 cnf('395', plain, ($pr($df180)),
% 64.04/8.64 inference(resolution,[],['358','394'])).
% 64.04/8.64 cnf('396', plain, (xsd_string_3 != xsd_string_4),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_69_$sk'])).
% 64.04/8.64 cnf('397', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['71','396'])).
% 64.04/8.64 cnf('398', plain, (rfamily_name(X,xsd_string_3) | ~cBipedidae(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_12_$sk'])).
% 64.04/8.64 cnf('399', plain, (~cReptile(X) | ~cCordylidae(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['397','398'])).
% 64.04/8.64 cnf('400', plain, (~cCordylidae(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['399','49'])).
% 64.04/8.64 cnf('401', plain, (~$pr($df180) | cCordylidae($sk23) | cAmphisbaenidae($sk22) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('402', plain, (~$pr($df180) | ~cBipedidae($sk23) | cAmphisbaenidae($sk22) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['400','401'])).
% 64.04/8.64 cnf('403', plain, (~rfamily_name(X,Y) | Y = xsd_string_3 | ~cReptile(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['1','398'])).
% 64.04/8.64 cnf('404', plain, (xsd_string_1 != xsd_string_3),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_51_$sk'])).
% 64.04/8.64 cnf('405', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['403','404'])).
% 64.04/8.64 cnf('406', plain, (~cReptile(X) | ~cBipedidae(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['405','103'])).
% 64.04/8.64 cnf('407', plain, (~cBipedidae(X) | cReptile(X)),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_13_$sk'])).
% 64.04/8.64 cnf('408', plain, (~cBipedidae(X) | ~cAmphisbaenidae(X)),
% 64.04/8.64 inference(resolution,[],['406','407'])).
% 64.04/8.64 cnf('409', plain, (~$pr($df180) | ~cBipedidae($sk23) | ~cBipedidae($sk22) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['402','408'])).
% 64.04/8.64 cnf('410', plain, (~$pr($df180) | cAmphisbaenidae($sk22) | $pr($df168) | $pr($df167) | cBipedidae($sk23)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('411', plain, (~$pr($df180) | ~cBipedidae($sk22) | $pr($df168) | $pr($df167) | cBipedidae($sk23)),
% 64.04/8.64 inference(resolution,[],['408','410'])).
% 64.04/8.64 cnf('412', plain, (~$pr($df180) | ~cBipedidae($sk22) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['409','411'])).
% 64.04/8.64 cnf('413', plain, (~$pr($df180) | cCordylidae($sk23) | $pr($df168) | $pr($df167) | cBipedidae($sk22)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('414', plain, (~$pr($df180) | ~cBipedidae($sk23) | $pr($df168) | $pr($df167) | cBipedidae($sk22)),
% 64.04/8.64 inference(resolution,[],['400','413'])).
% 64.04/8.64 cnf('415', plain, (~$pr($df180) | ~cBipedidae($sk23) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['412','414'])).
% 64.04/8.64 cnf('416', plain, ($pr($df181) | $pr($df168) | $pr($df167) | cBipedidae($sk23) | cBipedidae($sk22)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('417', plain, (~$pr($df180) | $pr($df168) | $pr($df167) | $pr($df181) | cBipedidae($sk22)),
% 64.04/8.64 inference(resolution,[],['415','416'])).
% 64.04/8.64 cnf('418', plain, (~$pr($df180) | $pr($df168) | $pr($df167) | cBipedidae($sk23) | cBipedidae($sk22)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('419', plain, (~$pr($df181) | ~cBipedidae($sk23)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('420', plain, (~$pr($df180) | $pr($df168) | $pr($df167) | cBipedidae($sk22) | ~$pr($df181)),
% 64.04/8.64 inference(resolution,[],['418','419'])).
% 64.04/8.64 cnf('421', plain, (~$pr($df181) | ~$pr($df168)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('422', plain, (~$pr($df181) | ~$pr($df180) | $pr($df167) | cBipedidae($sk22)),
% 64.04/8.64 inference(simplify,[],['420','421'])).
% 64.04/8.64 cnf('423', plain, (~$pr($df181) | ~$pr($df167)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('424', plain, (~$pr($df181) | ~$pr($df180) | cBipedidae($sk22)),
% 64.04/8.64 inference(simplify,[],['422','423'])).
% 64.04/8.64 cnf('425', plain, (~$pr($df181) | ~cBipedidae($sk22)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('426', plain, (~$pr($df181) | ~$pr($df180)),
% 64.04/8.64 inference(resolution,[],['424','425'])).
% 64.04/8.64 cnf('427', plain, (~$pr($df180) | $pr($df168) | $pr($df167) | cBipedidae($sk22)),
% 64.04/8.64 inference(simplify,[],['417','426'])).
% 64.04/8.64 cnf('428', plain, (~$pr($df180) | $pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['427','412'])).
% 64.04/8.64 cnf('429', plain, ($pr($df168) | $pr($df167)),
% 64.04/8.64 inference(resolution,[],['395','428'])).
% 64.04/8.64 cnf('430', plain, ($pr($df167) | $pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['70','429'])).
% 64.04/8.64 cnf('431', plain, (~$pr($df167) | cAnomalepidae($sk24)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('432', plain, (xsd_string_2 != xsd_string_7),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_64_$sk'])).
% 64.04/8.64 cnf('433', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['234','432'])).
% 64.04/8.64 cnf('434', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['433','141'])).
% 64.04/8.64 cnf('435', plain, (~cGekkonidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['434','147'])).
% 64.04/8.64 cnf('436', plain, (~$pr($df167) | cGekkonidae($sk24)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('437', plain, (~cAnomalepidae($sk24) | ~$pr($df167)),
% 64.04/8.64 inference(resolution,[],['435','436'])).
% 64.04/8.64 cnf('438', plain, (~$pr($df167)),
% 64.04/8.64 inference(simplify,[],['431','437'])).
% 64.04/8.64 cnf('439', plain, ($pr($df156) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['430','438'])).
% 64.04/8.64 cnf('440', plain, (~$pr($df156) | cXantusiidae($sk28) | $pr($df144) | $pr($df143) | cEmydidae($sk29)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('441', plain, (~cBipedidae($sk30) | ~cXantusiidae($sk30) | $pr($df143)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('442', plain, (xsd_string_3 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_76_$sk'])).
% 64.04/8.64 cnf('443', plain, (~rfamily_name(X,xsd_string_3) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','442'])).
% 64.04/8.64 cnf('444', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['443','398'])).
% 64.04/8.64 cnf('445', plain, (~$pr($df143) | cXantusiidae($sk30)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('446', plain, (~$pr($df143) | ~cBipedidae($sk30) | ~cReptile($sk30)),
% 64.04/8.64 inference(resolution,[],['444','445'])).
% 64.04/8.64 cnf('447', plain, (~$pr($df143) | cBipedidae($sk30)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('448', plain, (~$pr($df143) | ~cReptile($sk30)),
% 64.04/8.64 inference(simplify,[],['446','447'])).
% 64.04/8.64 cnf('449', plain, (~$pr($df143) | ~cBipedidae($sk30)),
% 64.04/8.64 inference(resolution,[],['448','407'])).
% 64.04/8.64 cnf('450', plain, (~cBipedidae($sk30) | ~cXantusiidae($sk30)),
% 64.04/8.64 inference(simplify,[],['441','449'])).
% 64.04/8.64 cnf('451', plain, (~cBipedidae($sk30) | ~$pr($df143)),
% 64.04/8.64 inference(resolution,[],['450','445'])).
% 64.04/8.64 cnf('452', plain, (~$pr($df143)),
% 64.04/8.64 inference(simplify,[],['451','447'])).
% 64.04/8.64 cnf('453', plain, (~$pr($df156) | cXantusiidae($sk28) | $pr($df144) | cEmydidae($sk29)),
% 64.04/8.64 inference(simplify,[],['440','452'])).
% 64.04/8.64 cnf('454', plain, (xsd_string_10 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_104_$sk'])).
% 64.04/8.64 cnf('455', plain, (~rfamily_name(X,xsd_string_10) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','454'])).
% 64.04/8.64 cnf('456', plain, (~cXantusiidae(X) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['455','53'])).
% 64.04/8.64 cnf('457', plain, (~cSphenodontidae($sk28) | ~cReptile($sk28) | ~$pr($df156) | $pr($df144) | cEmydidae($sk29)),
% 64.04/8.64 inference(resolution,[],['453','456'])).
% 64.04/8.64 cnf('458', plain, (~cSphenodontidae($sk28) | ~$pr($df156) | $pr($df144) | cEmydidae($sk29)),
% 64.04/8.64 inference(resolution,[],['457','115'])).
% 64.04/8.64 cnf('459', plain, (~rfamily_name(X,Y) | Y = xsd_string_6 | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['1','57'])).
% 64.04/8.64 cnf('460', plain, (xsd_string_2 != xsd_string_6),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_63_$sk'])).
% 64.04/8.64 cnf('461', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['459','460'])).
% 64.04/8.64 cnf('462', plain, (~cReptile(X) | ~cEmydidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['461','141'])).
% 64.04/8.64 cnf('463', plain, (~cEmydidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['462','147'])).
% 64.04/8.64 cnf('464', plain, (~cSphenodontidae($sk28) | ~cAnomalepidae($sk29) | ~$pr($df156) | $pr($df144)),
% 64.04/8.64 inference(resolution,[],['458','463'])).
% 64.04/8.64 cnf('465', plain, (cSphenodontidae($sk28) | $pr($df144) | $pr($df143) | cEmydidae($sk29) | $pr($df166)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('466', plain, (cSphenodontidae($sk28) | $pr($df144) | cEmydidae($sk29) | $pr($df166)),
% 64.04/8.64 inference(simplify,[],['465','452'])).
% 64.04/8.64 cnf('467', plain, (~cAnomalepidae($sk29) | ~$pr($df156) | $pr($df144) | cEmydidae($sk29) | $pr($df166)),
% 64.04/8.64 inference(resolution,[],['464','466'])).
% 64.04/8.64 cnf('468', plain, (~$pr($df156) | cSphenodontidae($sk28) | $pr($df144) | $pr($df143) | cEmydidae($sk29)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('469', plain, (~cSphenodontidae($sk28) | ~$pr($df166)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('470', plain, (~$pr($df156) | $pr($df144) | $pr($df143) | cEmydidae($sk29) | ~$pr($df166)),
% 64.04/8.64 inference(resolution,[],['468','469'])).
% 64.04/8.64 cnf('471', plain, (~$pr($df144) | ~$pr($df166)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('472', plain, (~$pr($df166) | ~$pr($df156) | $pr($df143) | cEmydidae($sk29)),
% 64.04/8.64 inference(simplify,[],['470','471'])).
% 64.04/8.64 cnf('473', plain, (~$pr($df143) | ~$pr($df166)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('474', plain, (~$pr($df166) | ~$pr($df156) | cEmydidae($sk29)),
% 64.04/8.64 inference(simplify,[],['472','473'])).
% 64.04/8.64 cnf('475', plain, (~cEmydidae($sk29) | ~$pr($df166)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('476', plain, (~$pr($df166) | ~$pr($df156)),
% 64.04/8.64 inference(resolution,[],['474','475'])).
% 64.04/8.64 cnf('477', plain, (~cAnomalepidae($sk29) | ~$pr($df156) | $pr($df144) | cEmydidae($sk29)),
% 64.04/8.64 inference(simplify,[],['467','476'])).
% 64.04/8.64 cnf('478', plain, (~cAnomalepidae($sk29) | ~$pr($df156) | $pr($df144)),
% 64.04/8.64 inference(resolution,[],['477','463'])).
% 64.04/8.64 cnf('479', plain, (~$pr($df156) | cXantusiidae($sk28) | $pr($df144) | $pr($df143) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('480', plain, (~$pr($df156) | cXantusiidae($sk28) | $pr($df144) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(simplify,[],['479','452'])).
% 64.04/8.64 cnf('481', plain, (~cSphenodontidae($sk28) | ~cReptile($sk28) | ~$pr($df156) | $pr($df144) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(resolution,[],['480','456'])).
% 64.04/8.64 cnf('482', plain, (~cSphenodontidae($sk28) | ~$pr($df156) | $pr($df144) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(resolution,[],['481','115'])).
% 64.04/8.64 cnf('483', plain, (~cSphenodontidae($sk28) | ~$pr($df156) | $pr($df144)),
% 64.04/8.64 inference(resolution,[],['478','482'])).
% 64.04/8.64 cnf('484', plain, (~$pr($df156) | cSphenodontidae($sk28) | $pr($df144) | $pr($df143) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('485', plain, (~$pr($df156) | cSphenodontidae($sk28) | $pr($df144) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(simplify,[],['484','452'])).
% 64.04/8.64 cnf('486', plain, (~$pr($df156) | $pr($df144) | cAnomalepidae($sk29)),
% 64.04/8.64 inference(resolution,[],['483','485'])).
% 64.04/8.64 cnf('487', plain, (~$pr($df156) | $pr($df144)),
% 64.04/8.64 inference(resolution,[],['486','478'])).
% 64.04/8.64 cnf('488', plain, ($pr($df144) | $pr($df155)),
% 64.04/8.64 inference(resolution,[],['439','487'])).
% 64.04/8.64 cnf('489', plain, (~$pr($df144) | cGekkonidae($sk31) | cLoxocemidae($sk32) | $pr($df132) | $pr($df131)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('490', plain, (~cGekkonidae($sk31) | $pr($df146) | $pr($df145) | $pr($df153)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('491', plain, (~$pr($df144) | cLoxocemidae($sk32) | $pr($df146) | $pr($df145) | $pr($df132) | $pr($df131) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['489','490'])).
% 64.04/8.64 cnf('492', plain, (~cLoxocemidae($sk32) | ~$pr($df146)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('493', plain, (~$pr($df144) | $pr($df132) | $pr($df131) | cXantusiidae($sk31) | ~$pr($df146)),
% 64.04/8.64 inference(resolution,[],['10','492'])).
% 64.04/8.64 cnf('494', plain, (~$pr($df146) | ~$pr($df132)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('495', plain, (~$pr($df146) | ~$pr($df144) | $pr($df131) | cXantusiidae($sk31)),
% 64.04/8.64 inference(simplify,[],['493','494'])).
% 64.04/8.64 cnf('496', plain, (~$pr($df146) | ~$pr($df131)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('497', plain, (~$pr($df146) | ~$pr($df144) | cXantusiidae($sk31)),
% 64.04/8.64 inference(simplify,[],['495','496'])).
% 64.04/8.64 cnf('498', plain, (~$pr($df146) | ~cXantusiidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('499', plain, (~$pr($df146) | ~$pr($df144)),
% 64.04/8.64 inference(resolution,[],['497','498'])).
% 64.04/8.64 cnf('500', plain, (~$pr($df144) | cLoxocemidae($sk32) | $pr($df145) | $pr($df132) | $pr($df131) | $pr($df153)),
% 64.04/8.64 inference(simplify,[],['491','499'])).
% 64.04/8.64 cnf('501', plain, (~$pr($df144) | $pr($df145) | $pr($df132) | $pr($df131) | $pr($df153) | ~cAgamidae($sk32)),
% 64.04/8.64 inference(resolution,[],['500','9'])).
% 64.04/8.64 cnf('502', plain, (~$pr($df145) | ~cAgamidae($sk32)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('503', plain, (~$pr($df144) | $pr($df132) | $pr($df131) | cXantusiidae($sk31) | ~$pr($df145)),
% 64.04/8.64 inference(resolution,[],['35','502'])).
% 64.04/8.64 cnf('504', plain, (~$pr($df145) | ~$pr($df132)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('505', plain, (~$pr($df145) | ~$pr($df144) | $pr($df131) | cXantusiidae($sk31)),
% 64.04/8.64 inference(simplify,[],['503','504'])).
% 64.04/8.64 cnf('506', plain, (~$pr($df145) | ~$pr($df131)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('507', plain, (~$pr($df145) | ~$pr($df144) | cXantusiidae($sk31)),
% 64.04/8.64 inference(simplify,[],['505','506'])).
% 64.04/8.64 cnf('508', plain, (~$pr($df145) | ~cXantusiidae($sk31)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('509', plain, (~$pr($df145) | ~$pr($df144)),
% 64.04/8.64 inference(resolution,[],['507','508'])).
% 64.04/8.64 cnf('510', plain, (~$pr($df144) | ~cAgamidae($sk32) | $pr($df132) | $pr($df131) | $pr($df153)),
% 64.04/8.64 inference(simplify,[],['501','509'])).
% 64.04/8.64 cnf('511', plain, (~$pr($df144) | cGekkonidae($sk31) | $pr($df132) | $pr($df131) | cAgamidae($sk32)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('512', plain, (~$pr($df144) | $pr($df146) | $pr($df145) | $pr($df132) | $pr($df131) | cAgamidae($sk32) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['511','490'])).
% 64.04/8.64 cnf('513', plain, (~$pr($df144) | $pr($df145) | $pr($df132) | $pr($df131) | cAgamidae($sk32) | $pr($df153)),
% 64.04/8.64 inference(simplify,[],['512','499'])).
% 64.04/8.64 cnf('514', plain, (~$pr($df144) | $pr($df132) | $pr($df131) | $pr($df153) | $pr($df145)),
% 64.04/8.64 inference(resolution,[],['510','513'])).
% 64.04/8.64 cnf('515', plain, (~$pr($df144) | $pr($df132) | $pr($df131) | $pr($df153)),
% 64.04/8.64 inference(simplify,[],['514','509'])).
% 64.04/8.64 cnf('516', plain, ($pr($df132) | $pr($df131) | $pr($df155) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['488','515'])).
% 64.04/8.64 cnf('517', plain, (~$pr($df132) | cEmydidae($sk34) | cAnomalepidae($sk35) | $pr($df120) | $pr($df119)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('518', plain, (~cAgamidae($sk36) | ~cXantusiidae($sk36) | $pr($df119)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('519', plain, (xsd_string_0 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_49_$sk'])).
% 64.04/8.64 cnf('520', plain, (~rfamily_name(X,xsd_string_0) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','519'])).
% 64.04/8.64 cnf('521', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['520','6'])).
% 64.04/8.64 cnf('522', plain, (~$pr($df119) | cXantusiidae($sk36)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('523', plain, (~cReptile($sk36) | ~cAgamidae($sk36) | ~$pr($df119)),
% 64.04/8.64 inference(resolution,[],['521','522'])).
% 64.04/8.64 cnf('524', plain, (~$pr($df119) | cAgamidae($sk36)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('525', plain, (~cReptile($sk36) | ~$pr($df119)),
% 64.04/8.64 inference(simplify,[],['523','524'])).
% 64.04/8.64 cnf('526', plain, (~cAgamidae($sk36) | ~$pr($df119)),
% 64.04/8.64 inference(resolution,[],['525','8'])).
% 64.04/8.64 cnf('527', plain, (~cAgamidae($sk36) | ~cXantusiidae($sk36)),
% 64.04/8.64 inference(simplify,[],['518','526'])).
% 64.04/8.64 cnf('528', plain, (~cAgamidae($sk36) | ~$pr($df119)),
% 64.04/8.64 inference(resolution,[],['527','522'])).
% 64.04/8.64 cnf('529', plain, (~$pr($df119)),
% 64.04/8.64 inference(simplify,[],['528','524'])).
% 64.04/8.64 cnf('530', plain, (~$pr($df132) | cEmydidae($sk34) | cAnomalepidae($sk35) | $pr($df120)),
% 64.04/8.64 inference(simplify,[],['517','529'])).
% 64.04/8.64 cnf('531', plain, (xsd_string_0 != xsd_string_6),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_44_$sk'])).
% 64.04/8.64 cnf('532', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['459','531'])).
% 64.04/8.64 cnf('533', plain, (~cReptile(X) | ~cEmydidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['532','6'])).
% 64.04/8.64 cnf('534', plain, (~cEmydidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['533','59'])).
% 64.04/8.64 cnf('535', plain, (~$pr($df132) | ~cAgamidae($sk34) | cAnomalepidae($sk35) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['530','534'])).
% 64.04/8.64 cnf('536', plain, (xsd_string_2 != xsd_string_4),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_61_$sk'])).
% 64.04/8.64 cnf('537', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['71','536'])).
% 64.04/8.64 cnf('538', plain, (~cReptile(X) | ~cCordylidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['537','141'])).
% 64.04/8.64 cnf('539', plain, (~cCordylidae(X) | ~cAnomalepidae(X)),
% 64.04/8.64 inference(resolution,[],['538','147'])).
% 64.04/8.64 cnf('540', plain, (~$pr($df132) | cCordylidae($sk35) | cEmydidae($sk34) | $pr($df120) | $pr($df119)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('541', plain, (~cAnomalepidae($sk35) | ~$pr($df132) | cEmydidae($sk34) | $pr($df120) | $pr($df119)),
% 64.04/8.64 inference(resolution,[],['539','540'])).
% 64.04/8.64 cnf('542', plain, (~cAnomalepidae($sk35) | ~$pr($df132) | cEmydidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(simplify,[],['541','529'])).
% 64.04/8.64 cnf('543', plain, (~cAnomalepidae($sk35) | ~$pr($df132) | ~cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['542','534'])).
% 64.04/8.64 cnf('544', plain, (~$pr($df132) | ~cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['535','543'])).
% 64.04/8.64 cnf('545', plain, (~$pr($df132) | cCordylidae($sk35) | cAgamidae($sk34) | $pr($df120) | $pr($df119)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('546', plain, (~$pr($df132) | cCordylidae($sk35) | cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(simplify,[],['545','529'])).
% 64.04/8.64 cnf('547', plain, (~cAnomalepidae($sk35) | ~$pr($df132) | cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['546','539'])).
% 64.04/8.64 cnf('548', plain, (~cAnomalepidae($sk35) | ~$pr($df132) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['544','547'])).
% 64.04/8.64 cnf('549', plain, (~$pr($df132) | cAnomalepidae($sk35) | cAgamidae($sk34) | $pr($df120) | $pr($df119)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('550', plain, (~$pr($df132) | cAnomalepidae($sk35) | cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(simplify,[],['549','529'])).
% 64.04/8.64 cnf('551', plain, (~$pr($df132) | cAgamidae($sk34) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['548','550'])).
% 64.04/8.64 cnf('552', plain, (~$pr($df132) | $pr($df120)),
% 64.04/8.64 inference(resolution,[],['551','544'])).
% 64.04/8.64 cnf('553', plain, ($pr($df131) | $pr($df120) | $pr($df155) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['516','552'])).
% 64.04/8.64 cnf('554', plain, (xsd_string_4 != xsd_string_6),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_78_$sk'])).
% 64.04/8.64 cnf('555', plain, (~rfamily_name(X,xsd_string_4) | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['459','554'])).
% 64.04/8.64 cnf('556', plain, (~cReptile(X) | ~cEmydidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['555','47'])).
% 64.04/8.64 cnf('557', plain, (~cEmydidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['556','49'])).
% 64.04/8.64 cnf('558', plain, (~$pr($df131) | cEmydidae($sk33)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('559', plain, (~cCordylidae($sk33) | ~$pr($df131)),
% 64.04/8.64 inference(resolution,[],['557','558'])).
% 64.04/8.64 cnf('560', plain, (~$pr($df131) | cCordylidae($sk33)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('561', plain, (~$pr($df131)),
% 64.04/8.64 inference(simplify,[],['559','560'])).
% 64.04/8.64 cnf('562', plain, ($pr($df120) | $pr($df155) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['553','561'])).
% 64.04/8.64 cnf('563', plain, (~$pr($df120) | cGekkonidae($sk37) | cLoxocemidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('564', plain, (xsd_string_4 != xsd_string_7),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_79_$sk'])).
% 64.04/8.64 cnf('565', plain, (~rfamily_name(X,xsd_string_4) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.04/8.64 inference(resolution,[],['234','564'])).
% 64.04/8.64 cnf('566', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['565','47'])).
% 64.04/8.64 cnf('567', plain, (~cGekkonidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['566','49'])).
% 64.04/8.64 cnf('568', plain, (~cCordylidae($sk37) | ~$pr($df120) | cLoxocemidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['563','567'])).
% 64.04/8.64 cnf('569', plain, (xsd_string_4 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_81_$sk'])).
% 64.04/8.64 cnf('570', plain, (~rfamily_name(X,xsd_string_4) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','569'])).
% 64.04/8.64 cnf('571', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['570','47'])).
% 64.04/8.64 cnf('572', plain, (~cLoxocemidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['571','49'])).
% 64.04/8.64 cnf('573', plain, (~cCordylidae($sk38) | ~cCordylidae($sk37) | ~$pr($df120) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['568','572'])).
% 64.04/8.64 cnf('574', plain, (cGekkonidae($sk37) | cCordylidae($sk38) | $pr($df108) | $pr($df107) | $pr($df121)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('575', plain, (~cCordylidae($sk37) | cCordylidae($sk38) | $pr($df108) | $pr($df107) | $pr($df121)),
% 64.04/8.64 inference(resolution,[],['574','567'])).
% 64.04/8.64 cnf('576', plain, (~cCordylidae($sk37) | ~$pr($df120) | $pr($df108) | $pr($df107) | $pr($df121)),
% 64.04/8.64 inference(resolution,[],['573','575'])).
% 64.04/8.64 cnf('577', plain, (~$pr($df120) | cGekkonidae($sk37) | cCordylidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('578', plain, (~cCordylidae($sk37) | ~$pr($df120) | cCordylidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['577','567'])).
% 64.04/8.64 cnf('579', plain, (~cCordylidae($sk38) | ~$pr($df121)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('580', plain, (~cCordylidae($sk37) | ~$pr($df120) | $pr($df108) | $pr($df107) | ~$pr($df121)),
% 64.04/8.64 inference(resolution,[],['578','579'])).
% 64.04/8.64 cnf('581', plain, (~$pr($df108) | ~$pr($df121)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('582', plain, (~cCordylidae($sk37) | ~$pr($df121) | ~$pr($df120) | $pr($df107)),
% 64.04/8.64 inference(simplify,[],['580','581'])).
% 64.04/8.64 cnf('583', plain, (~$pr($df107) | ~$pr($df121)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('584', plain, (~cCordylidae($sk37) | ~$pr($df121) | ~$pr($df120)),
% 64.04/8.64 inference(simplify,[],['582','583'])).
% 64.04/8.64 cnf('585', plain, (~$pr($df120) | cCordylidae($sk38) | cCordylidae($sk37) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('586', plain, (~$pr($df120) | cCordylidae($sk37) | $pr($df108) | $pr($df107) | ~$pr($df121)),
% 64.04/8.64 inference(resolution,[],['585','579'])).
% 64.04/8.64 cnf('587', plain, (~$pr($df121) | ~$pr($df120) | cCordylidae($sk37) | $pr($df107)),
% 64.04/8.64 inference(simplify,[],['586','581'])).
% 64.04/8.64 cnf('588', plain, (~$pr($df121) | ~$pr($df120) | cCordylidae($sk37)),
% 64.04/8.64 inference(simplify,[],['587','583'])).
% 64.04/8.64 cnf('589', plain, (~$pr($df121) | ~$pr($df120)),
% 64.04/8.64 inference(resolution,[],['584','588'])).
% 64.04/8.64 cnf('590', plain, (~cCordylidae($sk37) | ~$pr($df120) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(simplify,[],['576','589'])).
% 64.04/8.64 cnf('591', plain, (~$pr($df120) | cCordylidae($sk37) | cLoxocemidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('592', plain, (~$pr($df120) | cLoxocemidae($sk38) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['590','591'])).
% 64.04/8.64 cnf('593', plain, (~cCordylidae($sk38) | ~$pr($df120) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['592','572'])).
% 64.04/8.64 cnf('594', plain, (~$pr($df120) | cCordylidae($sk37) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['593','585'])).
% 64.04/8.64 cnf('595', plain, (~$pr($df120) | $pr($df108) | $pr($df107)),
% 64.04/8.64 inference(resolution,[],['594','590'])).
% 64.04/8.64 cnf('596', plain, ($pr($df108) | $pr($df107) | $pr($df155) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['562','595'])).
% 64.04/8.64 cnf('597', plain, (xsd_string_4 != xsd_string_10),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_82_$sk'])).
% 64.04/8.64 cnf('598', plain, (~rfamily_name(X,xsd_string_4) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['54','597'])).
% 64.04/8.64 cnf('599', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['598','47'])).
% 64.04/8.64 cnf('600', plain, (~cSphenodontidae(X) | ~cCordylidae(X)),
% 64.04/8.64 inference(resolution,[],['599','49'])).
% 64.04/8.64 cnf('601', plain, ($pr($df96) | $pr($df95) | $pr($df109) | cSphenodontidae($sk40) | cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('602', plain, (~cCordylidae($sk40) | $pr($df96) | $pr($df95) | $pr($df109) | cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(resolution,[],['600','601'])).
% 64.04/8.64 cnf('603', plain, (xsd_string_5 != xsd_string_8),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_86_$sk'])).
% 64.04/8.64 cnf('604', plain, (~rfamily_name(X,xsd_string_5) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.04/8.64 inference(resolution,[],['44','603'])).
% 64.04/8.64 cnf('605', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['604','179'])).
% 64.04/8.64 cnf('606', plain, (~cLeptotyphlopidae(X) | ~cCrocodylidae(X)),
% 64.04/8.64 inference(resolution,[],['605','184'])).
% 64.04/8.64 cnf('607', plain, (~cCrocodylidae($sk41) | ~cCordylidae($sk40) | $pr($df96) | $pr($df95) | $pr($df109)),
% 64.04/8.64 inference(resolution,[],['602','606'])).
% 64.04/8.64 cnf('608', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cCrocodylidae($sk41) | cSphenodontidae($sk40)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('609', plain, (~cCordylidae($sk40) | $pr($df96) | $pr($df95) | $pr($df109) | ~$pr($df108) | cSphenodontidae($sk40)),
% 64.04/8.64 inference(resolution,[],['607','608'])).
% 64.04/8.64 cnf('610', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cSphenodontidae($sk40) | cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('611', plain, (~$pr($df109) | ~cSphenodontidae($sk40)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('612', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cLeptotyphlopidae($sk41) | ~$pr($df109)),
% 64.04/8.64 inference(resolution,[],['610','611'])).
% 64.04/8.64 cnf('613', plain, (~$pr($df96) | ~$pr($df109)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('614', plain, (~$pr($df109) | ~$pr($df108) | $pr($df95) | cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(simplify,[],['612','613'])).
% 64.04/8.64 cnf('615', plain, (~$pr($df95) | ~$pr($df109)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('616', plain, (~$pr($df109) | ~$pr($df108) | cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(simplify,[],['614','615'])).
% 64.04/8.64 cnf('617', plain, (~$pr($df109) | ~cLeptotyphlopidae($sk41)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('618', plain, (~$pr($df109) | ~$pr($df108)),
% 64.04/8.64 inference(resolution,[],['616','617'])).
% 64.04/8.64 cnf('619', plain, (~$pr($df108) | ~cCordylidae($sk40) | $pr($df96) | $pr($df95) | cSphenodontidae($sk40)),
% 64.04/8.64 inference(simplify,[],['609','618'])).
% 64.04/8.64 cnf('620', plain, (~$pr($df108) | ~cCordylidae($sk40) | $pr($df96) | $pr($df95)),
% 64.04/8.64 inference(resolution,[],['619','600'])).
% 64.04/8.64 cnf('621', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cLeptotyphlopidae($sk41) | cCordylidae($sk40)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('622', plain, (~$pr($df108) | ~cCrocodylidae($sk41) | $pr($df96) | $pr($df95) | cCordylidae($sk40)),
% 64.04/8.64 inference(resolution,[],['606','621'])).
% 64.04/8.64 cnf('623', plain, (~$pr($df108) | ~cCrocodylidae($sk41) | $pr($df96) | $pr($df95)),
% 64.04/8.64 inference(resolution,[],['620','622'])).
% 64.04/8.64 cnf('624', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cCrocodylidae($sk41) | cCordylidae($sk40)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('625', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cCordylidae($sk40)),
% 64.04/8.64 inference(resolution,[],['623','624'])).
% 64.04/8.64 cnf('626', plain, (~$pr($df108) | $pr($df96) | $pr($df95)),
% 64.04/8.64 inference(resolution,[],['625','620'])).
% 64.04/8.64 cnf('627', plain, ($pr($df96) | $pr($df95) | $pr($df107) | $pr($df155) | $pr($df153)),
% 64.04/8.64 inference(resolution,[],['596','626'])).
% 64.04/8.64 cnf('628', plain, (xsd_string_0 != xsd_string_3),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_41_$sk'])).
% 64.04/8.64 cnf('629', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['403','628'])).
% 64.04/8.64 cnf('630', plain, (~cReptile(X) | ~cBipedidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['629','6'])).
% 64.04/8.64 cnf('631', plain, (~cBipedidae(X) | ~cAgamidae(X)),
% 64.04/8.64 inference(resolution,[],['630','407'])).
% 64.04/8.64 cnf('632', plain, (~$pr($df96) | $pr($df84) | $pr($df83) | cBipedidae($sk43) | cLoxocemidae($sk44)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('633', plain, (~$pr($df96) | ~cAgamidae($sk43) | $pr($df84) | $pr($df83) | cLoxocemidae($sk44)),
% 64.04/8.64 inference(resolution,[],['631','632'])).
% 64.04/8.64 cnf('634', plain, (~cXantusiidae($sk45) | ~cEmydidae($sk45) | $pr($df83)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('635', plain, (xsd_string_6 != xsd_string_11),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_94_$sk'])).
% 64.04/8.64 cnf('636', plain, (~rfamily_name(X,xsd_string_6) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.04/8.64 inference(resolution,[],['13','635'])).
% 64.04/8.64 cnf('637', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cEmydidae(X)),
% 64.04/8.64 inference(resolution,[],['636','57'])).
% 64.04/8.64 cnf('638', plain, (~$pr($df83) | cXantusiidae($sk45)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('639', plain, (~$pr($df83) | ~cReptile($sk45) | ~cEmydidae($sk45)),
% 64.04/8.64 inference(resolution,[],['637','638'])).
% 64.04/8.64 cnf('640', plain, (~$pr($df83) | cEmydidae($sk45)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('641', plain, (~$pr($df83) | ~cReptile($sk45)),
% 64.04/8.64 inference(simplify,[],['639','640'])).
% 64.04/8.64 cnf('642', plain, (~$pr($df83) | ~cEmydidae($sk45)),
% 64.04/8.64 inference(resolution,[],['641','59'])).
% 64.04/8.64 cnf('643', plain, (~cXantusiidae($sk45) | ~cEmydidae($sk45)),
% 64.04/8.64 inference(simplify,[],['634','642'])).
% 64.04/8.64 cnf('644', plain, (~cEmydidae($sk45) | ~$pr($df83)),
% 64.04/8.64 inference(resolution,[],['643','638'])).
% 64.04/8.64 cnf('645', plain, (~$pr($df83)),
% 64.04/8.64 inference(simplify,[],['644','640'])).
% 64.04/8.64 cnf('646', plain, (~$pr($df96) | ~cAgamidae($sk43) | $pr($df84) | cLoxocemidae($sk44)),
% 64.04/8.64 inference(simplify,[],['633','645'])).
% 64.04/8.64 cnf('647', plain, (xsd_string_3 != xsd_string_9),
% 64.04/8.64 inference(cnf_transformation,[],['axiom_74_$sk'])).
% 64.04/8.64 cnf('648', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.04/8.64 inference(resolution,[],['3','647'])).
% 64.04/8.64 cnf('649', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['648','398'])).
% 64.04/8.64 cnf('650', plain, (~cLoxocemidae(X) | ~cBipedidae(X)),
% 64.04/8.64 inference(resolution,[],['649','407'])).
% 64.04/8.64 cnf('651', plain, (~$pr($df96) | ~cBipedidae($sk44) | ~cAgamidae($sk43) | $pr($df84)),
% 64.04/8.64 inference(resolution,[],['646','650'])).
% 64.04/8.64 cnf('652', plain, ($pr($df97) | $pr($df84) | $pr($df83) | cBipedidae($sk44) | cBipedidae($sk43)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('653', plain, (~$pr($df96) | ~cAgamidae($sk43) | $pr($df84) | $pr($df97) | cBipedidae($sk43)),
% 64.04/8.64 inference(resolution,[then_simplify],['651','652','645'])).
% 64.04/8.64 cnf('654', plain, (~$pr($df96) | $pr($df84) | $pr($df83) | cBipedidae($sk44) | cBipedidae($sk43)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('655', plain, (~$pr($df97) | ~cBipedidae($sk44)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.04/8.64 cnf('656', plain, (~$pr($df96) | $pr($df84) | $pr($df83) | cBipedidae($sk43) | ~$pr($df97)),
% 64.04/8.64 inference(resolution,[],['654','655'])).
% 64.04/8.64 cnf('657', plain, (~$pr($df97) | ~$pr($df84)),
% 64.04/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('658', plain, (~$pr($df97) | ~$pr($df96) | $pr($df83) | cBipedidae($sk43)),
% 64.39/8.64 inference(simplify,[],['656','657'])).
% 64.39/8.64 cnf('659', plain, (~$pr($df97) | ~$pr($df83)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('660', plain, (~$pr($df97) | ~$pr($df96) | cBipedidae($sk43)),
% 64.39/8.64 inference(simplify,[],['658','659'])).
% 64.39/8.64 cnf('661', plain, (~$pr($df97) | ~cBipedidae($sk43)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('662', plain, (~$pr($df97) | ~$pr($df96)),
% 64.39/8.64 inference(resolution,[],['660','661'])).
% 64.39/8.64 cnf('663', plain, (~$pr($df96) | ~cAgamidae($sk43) | $pr($df84) | cBipedidae($sk43)),
% 64.39/8.64 inference(simplify,[],['653','662'])).
% 64.39/8.64 cnf('664', plain, (~$pr($df96) | ~cAgamidae($sk43) | $pr($df84)),
% 64.39/8.64 inference(resolution,[],['663','631'])).
% 64.39/8.64 cnf('665', plain, (~$pr($df96) | $pr($df84) | $pr($df83) | cAgamidae($sk43) | cLoxocemidae($sk44)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('666', plain, (~$pr($df96) | $pr($df84) | cLoxocemidae($sk44)),
% 64.39/8.64 inference(resolution,[then_simplify],['664','665','645'])).
% 64.39/8.64 cnf('667', plain, (~$pr($df96) | ~cBipedidae($sk44) | $pr($df84)),
% 64.39/8.64 inference(resolution,[],['666','650'])).
% 64.39/8.64 cnf('668', plain, (~$pr($df96) | $pr($df84) | $pr($df83) | cBipedidae($sk44) | cAgamidae($sk43)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('669', plain, (~$pr($df96) | $pr($df84) | cAgamidae($sk43)),
% 64.39/8.64 inference(resolution,[then_simplify],['667','668','645'])).
% 64.39/8.64 cnf('670', plain, (~$pr($df96) | $pr($df84)),
% 64.39/8.64 inference(resolution,[],['669','664'])).
% 64.39/8.64 cnf('671', plain, ($pr($df95) | $pr($df107) | $pr($df84) | $pr($df155) | $pr($df153)),
% 64.39/8.64 inference(resolution,[],['627','670'])).
% 64.39/8.64 cnf('672', plain, (xsd_string_1 != xsd_string_7),
% 64.39/8.64 inference(cnf_transformation,[],['axiom_55_$sk'])).
% 64.39/8.64 cnf('673', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.39/8.64 inference(resolution,[],['234','672'])).
% 64.39/8.64 cnf('674', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.64 inference(resolution,[],['673','103'])).
% 64.39/8.64 cnf('675', plain, (~cGekkonidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.64 inference(resolution,[],['674','19'])).
% 64.39/8.64 cnf('676', plain, (~$pr($df95) | cAmphisbaenidae($sk42)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('677', plain, (~$pr($df95) | ~cGekkonidae($sk42)),
% 64.39/8.64 inference(resolution,[],['675','676'])).
% 64.39/8.64 cnf('678', plain, (~$pr($df95) | cGekkonidae($sk42)),
% 64.39/8.64 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.64 cnf('679', plain, (~$pr($df95)),
% 64.39/8.64 inference(simplify,[],['677','678'])).
% 64.39/8.64 cnf('680', plain, ($pr($df107) | $pr($df84) | $pr($df155) | $pr($df153)),
% 64.39/8.64 inference(resolution,[],['671','679'])).
% 64.39/8.64 cnf('681', plain, (xsd_string_1 != xsd_string_4),
% 64.39/8.64 inference(cnf_transformation,[],['axiom_52_$sk'])).
% 64.39/8.64 cnf('682', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cCordylidae(X)),
% 64.39/8.64 inference(resolution,[],['71','681'])).
% 64.39/8.64 cnf('683', plain, (~cReptile(X) | ~cCordylidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.64 inference(resolution,[],['682','103'])).
% 64.39/8.64 cnf('684', plain, (~cCordylidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.64 inference(resolution,[],['683','49'])).
% 64.39/8.65 cnf('685', plain, (~$pr($df107) | cAmphisbaenidae($sk39)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('686', plain, (~cCordylidae($sk39) | ~$pr($df107)),
% 64.39/8.65 inference(resolution,[],['684','685'])).
% 64.39/8.65 cnf('687', plain, (~$pr($df107) | cCordylidae($sk39)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('688', plain, (~$pr($df107)),
% 64.39/8.65 inference(simplify,[],['686','687'])).
% 64.39/8.65 cnf('689', plain, ($pr($df84) | $pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['680','688'])).
% 64.39/8.65 cnf('690', plain, (~$pr($df99) | ~$pr($df84) | $pr($df98) | $pr($df97)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('691', plain, (~$pr($df98) | ~$pr($df84)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('692', plain, (~$pr($df99) | ~$pr($df84) | $pr($df97)),
% 64.39/8.65 inference(simplify,[],['690','691'])).
% 64.39/8.65 cnf('693', plain, ($pr($df99) | $pr($df96) | $pr($df106)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('694', plain, (~$pr($df84) | $pr($df97) | $pr($df96) | $pr($df106)),
% 64.39/8.65 inference(resolution,[],['692','693'])).
% 64.39/8.65 cnf('695', plain, (~$pr($df84) | $pr($df96) | $pr($df106)),
% 64.39/8.65 inference(simplify,[],['694','657'])).
% 64.39/8.65 cnf('696', plain, (~$pr($df106) | ~$pr($df84)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('697', plain, (~$pr($df84) | $pr($df96)),
% 64.39/8.65 inference(simplify,[],['695','696'])).
% 64.39/8.65 cnf('698', plain, ($pr($df96) | $pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['689','697'])).
% 64.39/8.65 cnf('699', plain, (~$pr($df96) | $pr($df113) | $pr($df110) | $pr($df109)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('700', plain, (~$pr($df110) | ~$pr($df96)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('701', plain, (~$pr($df96) | $pr($df113) | $pr($df109)),
% 64.39/8.65 inference(simplify,[],['699','700'])).
% 64.39/8.65 cnf('702', plain, ($pr($df113) | $pr($df109) | $pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['698','701'])).
% 64.39/8.65 cnf('703', plain, (~$pr($df113) | $pr($df116) | $pr($df115) | $pr($df114)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('704', plain, (~$pr($df113) | ~$pr($df116)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('705', plain, (~$pr($df113) | $pr($df115) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['703','704'])).
% 64.39/8.65 cnf('706', plain, ($pr($df109) | $pr($df155) | $pr($df153) | $pr($df115) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['702','705'])).
% 64.39/8.65 cnf('707', plain, (~$pr($df115) | $pr($df109)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('708', plain, ($pr($df109) | $pr($df155) | $pr($df153) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['706','707'])).
% 64.39/8.65 cnf('709', plain, (~$pr($df96) | ~$pr($df109)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('710', plain, (~$pr($df109) | $pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['698','709'])).
% 64.39/8.65 cnf('711', plain, ($pr($df155) | $pr($df153) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['708','710'])).
% 64.39/8.65 cnf('712', plain, (xsd_string_1 != xsd_string_8),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_56_$sk'])).
% 64.39/8.65 cnf('713', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.39/8.65 inference(resolution,[],['44','712'])).
% 64.39/8.65 cnf('714', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['713','103'])).
% 64.39/8.65 cnf('715', plain, (~cLeptotyphlopidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['714','108'])).
% 64.39/8.65 cnf('716', plain, (~$pr($df155) | cAmphisbaenidae($sk27)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('717', plain, (~cLeptotyphlopidae($sk27) | ~$pr($df155)),
% 64.39/8.65 inference(resolution,[],['715','716'])).
% 64.39/8.65 cnf('718', plain, (~$pr($df155) | cLeptotyphlopidae($sk27)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('719', plain, (~$pr($df155)),
% 64.39/8.65 inference(simplify,[],['717','718'])).
% 64.39/8.65 cnf('720', plain, ($pr($df153) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['711','719'])).
% 64.39/8.65 cnf('721', plain, ($pr($df132) | $pr($df131) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['42','720'])).
% 64.39/8.65 cnf('722', plain, ($pr($df131) | $pr($df120) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['721','552'])).
% 64.39/8.65 cnf('723', plain, ($pr($df120) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['722','561'])).
% 64.39/8.65 cnf('724', plain, ($pr($df108) | $pr($df107) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['723','595'])).
% 64.39/8.65 cnf('725', plain, (~$pr($df108) | $pr($df125) | $pr($df122) | $pr($df121)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('726', plain, (~$pr($df108) | ~$pr($df122)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('727', plain, (~$pr($df108) | $pr($df125) | $pr($df121)),
% 64.39/8.65 inference(simplify,[],['725','726'])).
% 64.39/8.65 cnf('728', plain, ($pr($df107) | $pr($df125) | $pr($df121) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['724','727'])).
% 64.39/8.65 cnf('729', plain, (~$pr($df108) | ~$pr($df121)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('730', plain, ($pr($df107) | $pr($df114) | ~$pr($df121)),
% 64.39/8.65 inference(resolution,[],['724','729'])).
% 64.39/8.65 cnf('731', plain, (~$pr($df121) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['730','583'])).
% 64.39/8.65 cnf('732', plain, ($pr($df107) | $pr($df125) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['728','731'])).
% 64.39/8.65 cnf('733', plain, ($pr($df125) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['732','688'])).
% 64.39/8.65 cnf('734', plain, (~$pr($df125) | $pr($df108)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('735', plain, ($pr($df108) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['733','734'])).
% 64.39/8.65 cnf('736', plain, ($pr($df96) | $pr($df95) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['735','626'])).
% 64.39/8.65 cnf('737', plain, ($pr($df95) | $pr($df84) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['736','670'])).
% 64.39/8.65 cnf('738', plain, ($pr($df84) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['737','679'])).
% 64.39/8.65 cnf('739', plain, ($pr($df96) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['738','697'])).
% 64.39/8.65 cnf('740', plain, ($pr($df114) | $pr($df113) | $pr($df109)),
% 64.39/8.65 inference(resolution,[],['739','701'])).
% 64.39/8.65 cnf('741', plain, ($pr($df95) | $pr($df114) | ~$pr($df109)),
% 64.39/8.65 inference(resolution,[],['736','709'])).
% 64.39/8.65 cnf('742', plain, (~$pr($df109) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['741','615'])).
% 64.39/8.65 cnf('743', plain, ($pr($df113) | $pr($df114)),
% 64.39/8.65 inference(simplify,[],['740','742'])).
% 64.39/8.65 cnf('744', plain, (~$pr($df113) | ~$pr($df115)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('745', plain, ($pr($df114) | ~$pr($df115)),
% 64.39/8.65 inference(resolution,[],['743','744'])).
% 64.39/8.65 cnf('746', plain, ($pr($df115) | $pr($df114)),
% 64.39/8.65 inference(resolution,[],['743','705'])).
% 64.39/8.65 cnf('747', plain, ($pr($df114)),
% 64.39/8.65 inference(simplify,[],['745','746'])).
% 64.39/8.65 cnf('748', plain, (~$pr($df114) | $pr($df113) | $pr($df112) | cLeptotyphlopidae($sk41)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('749', plain, (~cCrocodylidae($sk41) | ~$pr($df114) | $pr($df113) | $pr($df112)),
% 64.39/8.65 inference(resolution,[],['606','748'])).
% 64.39/8.65 cnf('750', plain, ($pr($df96) | $pr($df95) | cCrocodylidae($sk41) | cCordylidae($sk40) | $pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('751', plain, (~$pr($df114) | $pr($df113) | $pr($df112) | $pr($df96) | $pr($df95) | cCordylidae($sk40) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['749','750'])).
% 64.39/8.65 cnf('752', plain, (~$pr($df113) | $pr($df96)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('753', plain, (~$pr($df114) | $pr($df112) | $pr($df96) | $pr($df95) | cCordylidae($sk40) | $pr($df118)),
% 64.39/8.65 inference(simplify,[],['751','752'])).
% 64.39/8.65 cnf('754', plain, (~$pr($df112) | $pr($df95)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('755', plain, (~$pr($df114) | $pr($df96) | $pr($df95) | cCordylidae($sk40) | $pr($df118)),
% 64.39/8.65 inference(simplify,[],['753','754'])).
% 64.39/8.65 cnf('756', plain, ($pr($df110) | $pr($df96) | $pr($df95) | cCrocodylidae($sk41) | cSphenodontidae($sk40)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('757', plain, (~$pr($df114) | $pr($df113) | $pr($df112) | $pr($df110) | $pr($df96) | $pr($df95) | cSphenodontidae($sk40)),
% 64.39/8.65 inference(resolution,[],['749','756'])).
% 64.39/8.65 cnf('758', plain, (~$pr($df114) | $pr($df112) | $pr($df110) | $pr($df96) | $pr($df95) | cSphenodontidae($sk40)),
% 64.39/8.65 inference(simplify,[],['757','752'])).
% 64.39/8.65 cnf('759', plain, (~$pr($df114) | $pr($df110) | $pr($df96) | $pr($df95) | cSphenodontidae($sk40)),
% 64.39/8.65 inference(simplify,[],['758','754'])).
% 64.39/8.65 cnf('760', plain, (~cCordylidae($sk40) | ~$pr($df114) | $pr($df110) | $pr($df96) | $pr($df95)),
% 64.39/8.65 inference(resolution,[],['759','600'])).
% 64.39/8.65 cnf('761', plain, (~$pr($df114) | $pr($df110) | $pr($df96) | $pr($df95) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['755','760'])).
% 64.39/8.65 cnf('762', plain, ($pr($df110) | $pr($df96) | $pr($df95) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['747','761'])).
% 64.39/8.65 cnf('763', plain, (~$pr($df110) | ~$pr($df114) | $pr($df113) | $pr($df112)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('764', plain, (~$pr($df113) | ~$pr($df110)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('765', plain, (~$pr($df110) | ~$pr($df114) | $pr($df112)),
% 64.39/8.65 inference(simplify,[],['763','764'])).
% 64.39/8.65 cnf('766', plain, ($pr($df114)),
% 64.39/8.65 inference(simplify,[],['745','746'])).
% 64.39/8.65 cnf('767', plain, ($pr($df96) | $pr($df95) | $pr($df118) | $pr($df112)),
% 64.39/8.65 inference(resolution,[then_simplify],['762','765','766'])).
% 64.39/8.65 cnf('768', plain, ($pr($df96) | $pr($df95) | $pr($df118)),
% 64.39/8.65 inference(simplify,[],['767','754'])).
% 64.39/8.65 cnf('769', plain, ($pr($df95) | $pr($df84) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['768','670'])).
% 64.39/8.65 cnf('770', plain, ($pr($df84) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['769','679'])).
% 64.39/8.65 cnf('771', plain, (~$pr($df84) | cCrocodylidae($sk47) | cXantusiidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('772', plain, (xsd_string_0 != xsd_string_5),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_43_$sk'])).
% 64.39/8.65 cnf('773', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['180','772'])).
% 64.39/8.65 cnf('774', plain, (~cReptile(X) | ~cCrocodylidae(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['773','6'])).
% 64.39/8.65 cnf('775', plain, (~cCrocodylidae(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['774','184'])).
% 64.39/8.65 cnf('776', plain, (~$pr($df84) | ~cAgamidae($sk47) | cXantusiidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['771','775'])).
% 64.39/8.65 cnf('777', plain, (xsd_string_9 != xsd_string_11),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_103_$sk'])).
% 64.39/8.65 cnf('778', plain, (~rfamily_name(X,xsd_string_9) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['13','777'])).
% 64.39/8.65 cnf('779', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.39/8.65 inference(resolution,[],['778','2'])).
% 64.39/8.65 cnf('780', plain, (~$pr($df84) | ~cReptile($sk46) | ~cAgamidae($sk47) | ~cLoxocemidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['776','779'])).
% 64.39/8.65 cnf('781', plain, (~$pr($df84) | ~cAgamidae($sk47) | ~cLoxocemidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['780','81'])).
% 64.39/8.65 cnf('782', plain, (~$pr($df84) | cAgamidae($sk47) | cXantusiidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('783', plain, (~$pr($df84) | ~cLoxocemidae($sk46) | cXantusiidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['781','782'])).
% 64.39/8.65 cnf('784', plain, (~$pr($df84) | ~cReptile($sk46) | ~cLoxocemidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['783','779'])).
% 64.39/8.65 cnf('785', plain, (~$pr($df84) | ~cLoxocemidae($sk46) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(resolution,[],['784','81'])).
% 64.39/8.65 cnf('786', plain, (~$pr($df84) | cCrocodylidae($sk47) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('787', plain, (~$pr($df84) | ~cAgamidae($sk47) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(resolution,[],['786','775'])).
% 64.39/8.65 cnf('788', plain, (~cLoxocemidae($sk46) | $pr($df93) | $pr($df86) | $pr($df85)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('789', plain, (~$pr($df84) | ~cAgamidae($sk47) | $pr($df72) | $pr($df71) | $pr($df93) | $pr($df86) | $pr($df85)),
% 64.39/8.65 inference(resolution,[],['787','788'])).
% 64.39/8.65 cnf('790', plain, (~$pr($df85) | ~cAgamidae($sk47)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('791', plain, (~$pr($df84) | ~cAgamidae($sk47) | $pr($df93) | $pr($df86) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(simplify,[],['789','790'])).
% 64.39/8.65 cnf('792', plain, (~$pr($df84) | cAgamidae($sk47) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('793', plain, (~$pr($df84) | $pr($df93) | $pr($df86) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(resolution,[],['791','792'])).
% 64.39/8.65 cnf('794', plain, (~$pr($df93) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('795', plain, (~$pr($df84) | $pr($df86) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['793','794'])).
% 64.39/8.65 cnf('796', plain, (~$pr($df84) | $pr($df72) | $pr($df71) | $pr($df86)),
% 64.39/8.65 inference(resolution,[],['785','795'])).
% 64.39/8.65 cnf('797', plain, (~$pr($df86) | ~cXantusiidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('798', plain, (~$pr($df84) | ~cLoxocemidae($sk46) | $pr($df72) | $pr($df71) | ~$pr($df86)),
% 64.39/8.65 inference(resolution,[],['783','797'])).
% 64.39/8.65 cnf('799', plain, (~$pr($df86) | ~$pr($df72)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('800', plain, (~$pr($df86) | ~$pr($df84) | ~cLoxocemidae($sk46) | $pr($df71)),
% 64.39/8.65 inference(simplify,[],['798','799'])).
% 64.39/8.65 cnf('801', plain, (~$pr($df86) | ~$pr($df71)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('802', plain, (~$pr($df86) | ~$pr($df84) | ~cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['800','801'])).
% 64.39/8.65 cnf('803', plain, ($pr($df94) | cCrocodylidae($sk47) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('804', plain, (~$pr($df86) | ~cCrocodylidae($sk47)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('805', plain, ($pr($df94) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46) | ~$pr($df86)),
% 64.39/8.65 inference(resolution,[],['803','804'])).
% 64.39/8.65 cnf('806', plain, (~$pr($df86) | $pr($df94) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['805','799'])).
% 64.39/8.65 cnf('807', plain, (~$pr($df86) | $pr($df94) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['806','801'])).
% 64.39/8.65 cnf('808', plain, (~$pr($df86) | ~$pr($df84) | $pr($df94)),
% 64.39/8.65 inference(resolution,[],['802','807'])).
% 64.39/8.65 cnf('809', plain, (~$pr($df94) | ~cCrocodylidae($sk47)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('810', plain, (~$pr($df84) | $pr($df72) | $pr($df71) | cLoxocemidae($sk46) | ~$pr($df94)),
% 64.39/8.65 inference(resolution,[],['786','809'])).
% 64.39/8.65 cnf('811', plain, (~$pr($df94) | ~$pr($df72)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('812', plain, (~$pr($df94) | ~$pr($df84) | $pr($df71) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['810','811'])).
% 64.39/8.65 cnf('813', plain, (~$pr($df94) | ~$pr($df71)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('814', plain, (~$pr($df94) | ~$pr($df84) | cLoxocemidae($sk46)),
% 64.39/8.65 inference(simplify,[],['812','813'])).
% 64.39/8.65 cnf('815', plain, (~$pr($df94) | ~cLoxocemidae($sk46)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('816', plain, (~$pr($df94) | ~$pr($df84)),
% 64.39/8.65 inference(resolution,[],['814','815'])).
% 64.39/8.65 cnf('817', plain, (~$pr($df86) | ~$pr($df84)),
% 64.39/8.65 inference(simplify,[],['808','816'])).
% 64.39/8.65 cnf('818', plain, (~$pr($df84) | $pr($df72) | $pr($df71)),
% 64.39/8.65 inference(simplify,[],['796','817'])).
% 64.39/8.65 cnf('819', plain, ($pr($df72) | $pr($df71) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['770','818'])).
% 64.39/8.65 cnf('820', plain, (xsd_string_5 != xsd_string_11),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_89_$sk'])).
% 64.39/8.65 cnf('821', plain, (~rfamily_name(X,xsd_string_5) | ~cXantusiidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['13','820'])).
% 64.39/8.65 cnf('822', plain, (~cXantusiidae(X) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['821','179'])).
% 64.39/8.65 cnf('823', plain, (~$pr($df72) | cXantusiidae($sk50) | $pr($df59) | $pr($df60) | cEmydidae($sk49)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('824', plain, (~cCrocodylidae($sk50) | ~cReptile($sk50) | ~$pr($df72) | $pr($df59) | $pr($df60) | cEmydidae($sk49)),
% 64.39/8.65 inference(resolution,[],['822','823'])).
% 64.39/8.65 cnf('825', plain, (~cCrocodylidae($sk50) | ~$pr($df72) | $pr($df59) | $pr($df60) | cEmydidae($sk49)),
% 64.39/8.65 inference(resolution,[],['824','184'])).
% 64.39/8.65 cnf('826', plain, (xsd_string_3 != xsd_string_6),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_71_$sk'])).
% 64.39/8.65 cnf('827', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cEmydidae(X)),
% 64.39/8.65 inference(resolution,[],['459','826'])).
% 64.39/8.65 cnf('828', plain, (~cReptile(X) | ~cEmydidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['827','398'])).
% 64.39/8.65 cnf('829', plain, (~cEmydidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['828','407'])).
% 64.39/8.65 cnf('830', plain, (~cCrocodylidae($sk50) | ~cBipedidae($sk49) | ~$pr($df72) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['825','829'])).
% 64.39/8.65 cnf('831', plain, (~$pr($df72) | cCrocodylidae($sk50) | $pr($df59) | $pr($df60) | cEmydidae($sk49)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('832', plain, (~cBipedidae($sk49) | ~$pr($df72) | $pr($df59) | $pr($df60) | cEmydidae($sk49)),
% 64.39/8.65 inference(resolution,[],['830','831'])).
% 64.39/8.65 cnf('833', plain, (~cBipedidae($sk49) | ~$pr($df72) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['832','829'])).
% 64.39/8.65 cnf('834', plain, (~$pr($df72) | cXantusiidae($sk50) | cBipedidae($sk49) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('835', plain, (~cCrocodylidae($sk50) | ~cReptile($sk50) | ~$pr($df72) | cBipedidae($sk49) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['822','834'])).
% 64.39/8.65 cnf('836', plain, (~cCrocodylidae($sk50) | ~$pr($df72) | cBipedidae($sk49) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['835','184'])).
% 64.39/8.65 cnf('837', plain, (~cCrocodylidae($sk50) | ~$pr($df72) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['833','836'])).
% 64.39/8.65 cnf('838', plain, (~$pr($df72) | cCrocodylidae($sk50) | cBipedidae($sk49) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('839', plain, (~$pr($df72) | cBipedidae($sk49) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['837','838'])).
% 64.39/8.65 cnf('840', plain, (~$pr($df72) | $pr($df59) | $pr($df60)),
% 64.39/8.65 inference(resolution,[],['839','833'])).
% 64.39/8.65 cnf('841', plain, ($pr($df59) | $pr($df71) | $pr($df60) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['819','840'])).
% 64.39/8.65 cnf('842', plain, (xsd_string_5 != xsd_string_9),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_87_$sk'])).
% 64.39/8.65 cnf('843', plain, (~rfamily_name(X,xsd_string_5) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.39/8.65 inference(resolution,[],['3','842'])).
% 64.39/8.65 cnf('844', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['843','179'])).
% 64.39/8.65 cnf('845', plain, (~cLoxocemidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['844','184'])).
% 64.39/8.65 cnf('846', plain, (~$pr($df59) | cLoxocemidae($sk51)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('847', plain, (~cCrocodylidae($sk51) | ~$pr($df59)),
% 64.39/8.65 inference(resolution,[],['845','846'])).
% 64.39/8.65 cnf('848', plain, (~$pr($df59) | cCrocodylidae($sk51)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('849', plain, (~$pr($df59)),
% 64.39/8.65 inference(simplify,[],['847','848'])).
% 64.39/8.65 cnf('850', plain, ($pr($df71) | $pr($df60) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['841','849'])).
% 64.39/8.65 cnf('851', plain, (xsd_string_1 != xsd_string_6),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_54_$sk'])).
% 64.39/8.65 cnf('852', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cEmydidae(X)),
% 64.39/8.65 inference(resolution,[],['459','851'])).
% 64.39/8.65 cnf('853', plain, (~cReptile(X) | ~cEmydidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['852','103'])).
% 64.39/8.65 cnf('854', plain, (~cEmydidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['853','59'])).
% 64.39/8.65 cnf('855', plain, (~$pr($df71) | cEmydidae($sk48)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('856', plain, (~cAmphisbaenidae($sk48) | ~$pr($df71)),
% 64.39/8.65 inference(resolution,[],['854','855'])).
% 64.39/8.65 cnf('857', plain, (~$pr($df71) | cAmphisbaenidae($sk48)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('858', plain, (~$pr($df71)),
% 64.39/8.65 inference(simplify,[],['856','857'])).
% 64.39/8.65 cnf('859', plain, ($pr($df60) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['850','858'])).
% 64.39/8.65 cnf('860', plain, (xsd_string_0 != xsd_string_8),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_46_$sk'])).
% 64.39/8.65 cnf('861', plain, (~rfamily_name(X,xsd_string_0) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.39/8.65 inference(resolution,[],['44','860'])).
% 64.39/8.65 cnf('862', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['861','6'])).
% 64.39/8.65 cnf('863', plain, (~cLeptotyphlopidae(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['862','8'])).
% 64.39/8.65 cnf('864', plain, (cLeptotyphlopidae($sk53) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | $pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('865', plain, (~cAgamidae($sk53) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | $pr($df61)),
% 64.39/8.65 inference(resolution,[],['863','864'])).
% 64.39/8.65 cnf('866', plain, (xsd_string_1 != xsd_string_5),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_53_$sk'])).
% 64.39/8.65 cnf('867', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['180','866'])).
% 64.39/8.65 cnf('868', plain, (~cReptile(X) | ~cCrocodylidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['867','103'])).
% 64.39/8.65 cnf('869', plain, (~cCrocodylidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['868','184'])).
% 64.39/8.65 cnf('870', plain, (~cCrocodylidae($sk52) | ~cAgamidae($sk53) | $pr($df48) | $pr($df47) | $pr($df61)),
% 64.39/8.65 inference(resolution,[],['865','869'])).
% 64.39/8.65 cnf('871', plain, (~$pr($df60) | cCrocodylidae($sk52) | cLeptotyphlopidae($sk53) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('872', plain, (~cAgamidae($sk53) | $pr($df48) | $pr($df47) | $pr($df61) | ~$pr($df60) | cLeptotyphlopidae($sk53)),
% 64.39/8.65 inference(resolution,[],['870','871'])).
% 64.39/8.65 cnf('873', plain, (~$pr($df60) | cLeptotyphlopidae($sk53) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('874', plain, (~cLeptotyphlopidae($sk53) | ~$pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('875', plain, (~$pr($df60) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | ~$pr($df61)),
% 64.39/8.65 inference(resolution,[],['873','874'])).
% 64.39/8.65 cnf('876', plain, (~$pr($df48) | ~$pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('877', plain, (~$pr($df61) | ~$pr($df60) | $pr($df47) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(simplify,[],['875','876'])).
% 64.39/8.65 cnf('878', plain, (~$pr($df47) | ~$pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('879', plain, (~$pr($df61) | ~$pr($df60) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(simplify,[],['877','878'])).
% 64.39/8.65 cnf('880', plain, (~cAmphisbaenidae($sk52) | ~$pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('881', plain, (~$pr($df61) | ~$pr($df60)),
% 64.39/8.65 inference(resolution,[],['879','880'])).
% 64.39/8.65 cnf('882', plain, (~cAgamidae($sk53) | ~$pr($df60) | cLeptotyphlopidae($sk53) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(simplify,[],['872','881'])).
% 64.39/8.65 cnf('883', plain, (~cAgamidae($sk53) | ~$pr($df60) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(resolution,[],['882','863'])).
% 64.39/8.65 cnf('884', plain, (cAgamidae($sk53) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | $pr($df62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('885', plain, (~$pr($df60) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | $pr($df62)),
% 64.39/8.65 inference(resolution,[],['883','884'])).
% 64.39/8.65 cnf('886', plain, (~$pr($df60) | cAgamidae($sk53) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('887', plain, (~cAgamidae($sk53) | ~$pr($df62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('888', plain, (~$pr($df60) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52) | ~$pr($df62)),
% 64.39/8.65 inference(resolution,[],['886','887'])).
% 64.39/8.65 cnf('889', plain, (~$pr($df48) | ~$pr($df62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('890', plain, (~$pr($df62) | ~$pr($df60) | $pr($df47) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(simplify,[],['888','889'])).
% 64.39/8.65 cnf('891', plain, (~$pr($df47) | ~$pr($df62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('892', plain, (~$pr($df62) | ~$pr($df60) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(simplify,[],['890','891'])).
% 64.39/8.65 cnf('893', plain, (~cAmphisbaenidae($sk52) | ~$pr($df62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('894', plain, (~$pr($df62) | ~$pr($df60)),
% 64.39/8.65 inference(resolution,[],['892','893'])).
% 64.39/8.65 cnf('895', plain, (~$pr($df60) | $pr($df48) | $pr($df47) | cAmphisbaenidae($sk52)),
% 64.39/8.65 inference(simplify,[],['885','894'])).
% 64.39/8.65 cnf('896', plain, (~cCrocodylidae($sk52) | ~$pr($df60) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(resolution,[],['895','869'])).
% 64.39/8.65 cnf('897', plain, (~$pr($df60) | cCrocodylidae($sk52) | cAgamidae($sk53) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('898', plain, (~$pr($df60) | cAgamidae($sk53) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(resolution,[],['896','897'])).
% 64.39/8.65 cnf('899', plain, (~$pr($df60) | $pr($df48) | $pr($df47)),
% 64.39/8.65 inference(resolution,[],['898','883'])).
% 64.39/8.65 cnf('900', plain, ($pr($df48) | $pr($df47) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['859','899'])).
% 64.39/8.65 cnf('901', plain, (~$pr($df48) | $pr($df65) | $pr($df62) | $pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('902', plain, (~$pr($df48) | $pr($df65) | $pr($df61)),
% 64.39/8.65 inference(simplify,[],['901','889'])).
% 64.39/8.65 cnf('903', plain, ($pr($df47) | $pr($df65) | $pr($df61) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['900','902'])).
% 64.39/8.65 cnf('904', plain, (~$pr($df48) | ~$pr($df61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('905', plain, ($pr($df47) | $pr($df118) | ~$pr($df61)),
% 64.39/8.65 inference(resolution,[],['900','904'])).
% 64.39/8.65 cnf('906', plain, (~$pr($df61) | $pr($df118)),
% 64.39/8.65 inference(simplify,[],['905','878'])).
% 64.39/8.65 cnf('907', plain, ($pr($df47) | $pr($df65) | $pr($df118)),
% 64.39/8.65 inference(simplify,[],['903','906'])).
% 64.39/8.65 cnf('908', plain, (xsd_string_1 != xsd_string_9),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_57_$sk'])).
% 64.39/8.65 cnf('909', plain, (~rfamily_name(X,xsd_string_1) | ~cReptile(X) | ~cLoxocemidae(X)),
% 64.39/8.65 inference(resolution,[],['3','908'])).
% 64.39/8.65 cnf('910', plain, (~cReptile(X) | ~cLoxocemidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['909','103'])).
% 64.39/8.65 cnf('911', plain, (~cLoxocemidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['910','108'])).
% 64.39/8.65 cnf('912', plain, (~$pr($df47) | cAmphisbaenidae($sk54)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('913', plain, (~cLoxocemidae($sk54) | ~$pr($df47)),
% 64.39/8.65 inference(resolution,[],['911','912'])).
% 64.39/8.65 cnf('914', plain, (~$pr($df47) | cLoxocemidae($sk54)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('915', plain, (~$pr($df47)),
% 64.39/8.65 inference(simplify,[],['913','914'])).
% 64.39/8.65 cnf('916', plain, ($pr($df65) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['907','915'])).
% 64.39/8.65 cnf('917', plain, (~$pr($df65) | $pr($df48)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('918', plain, ($pr($df48) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['916','917'])).
% 64.39/8.65 cnf('919', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cCrocodylidae($sk56) | cEmydidae($sk55)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('920', plain, (xsd_string_2 != xsd_string_5),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_62_$sk'])).
% 64.39/8.65 cnf('921', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['180','920'])).
% 64.39/8.65 cnf('922', plain, (~cReptile(X) | ~cCrocodylidae(X) | ~cAnomalepidae(X)),
% 64.39/8.65 inference(resolution,[],['921','141'])).
% 64.39/8.65 cnf('923', plain, (~cCrocodylidae(X) | ~cAnomalepidae(X)),
% 64.39/8.65 inference(resolution,[],['922','184'])).
% 64.39/8.65 cnf('924', plain, (~$pr($df48) | ~cAnomalepidae($sk56) | $pr($df36) | $pr($df35) | cEmydidae($sk55)),
% 64.39/8.65 inference(resolution,[],['919','923'])).
% 64.39/8.65 cnf('925', plain, (xsd_string_5 != xsd_string_6),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_84_$sk'])).
% 64.39/8.65 cnf('926', plain, (~rfamily_name(X,xsd_string_5) | ~cReptile(X) | ~cEmydidae(X)),
% 64.39/8.65 inference(resolution,[],['459','925'])).
% 64.39/8.65 cnf('927', plain, (~cReptile(X) | ~cEmydidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['926','179'])).
% 64.39/8.65 cnf('928', plain, (~cEmydidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['927','184'])).
% 64.39/8.65 cnf('929', plain, (~cCrocodylidae($sk55) | ~$pr($df48) | ~cAnomalepidae($sk56) | $pr($df36) | $pr($df35)),
% 64.39/8.65 inference(resolution,[],['924','928'])).
% 64.39/8.65 cnf('930', plain, ($pr($df36) | $pr($df35) | cCrocodylidae($sk56) | cCrocodylidae($sk55) | $pr($df50)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('931', plain, (~cAnomalepidae($sk56) | $pr($df36) | $pr($df35) | cCrocodylidae($sk55) | $pr($df50)),
% 64.39/8.65 inference(resolution,[],['930','923'])).
% 64.39/8.65 cnf('932', plain, (~$pr($df48) | ~cAnomalepidae($sk56) | $pr($df36) | $pr($df35) | $pr($df50)),
% 64.39/8.65 inference(resolution,[],['929','931'])).
% 64.39/8.65 cnf('933', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cCrocodylidae($sk56) | cCrocodylidae($sk55)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('934', plain, (~cCrocodylidae($sk56) | ~$pr($df50)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('935', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cCrocodylidae($sk55) | ~$pr($df50)),
% 64.39/8.65 inference(resolution,[],['933','934'])).
% 64.39/8.65 cnf('936', plain, (~$pr($df36) | ~$pr($df50)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('937', plain, (~$pr($df50) | ~$pr($df48) | $pr($df35) | cCrocodylidae($sk55)),
% 64.39/8.65 inference(simplify,[],['935','936'])).
% 64.39/8.65 cnf('938', plain, (~$pr($df35) | ~$pr($df50)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('939', plain, (~$pr($df50) | ~$pr($df48) | cCrocodylidae($sk55)),
% 64.39/8.65 inference(simplify,[],['937','938'])).
% 64.39/8.65 cnf('940', plain, (~cCrocodylidae($sk55) | ~$pr($df50)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('941', plain, (~$pr($df50) | ~$pr($df48)),
% 64.39/8.65 inference(resolution,[],['939','940'])).
% 64.39/8.65 cnf('942', plain, (~$pr($df48) | ~cAnomalepidae($sk56) | $pr($df36) | $pr($df35)),
% 64.39/8.65 inference(simplify,[],['932','941'])).
% 64.39/8.65 cnf('943', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cEmydidae($sk55) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('944', plain, (~cCrocodylidae($sk55) | ~$pr($df48) | $pr($df36) | $pr($df35) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(resolution,[],['928','943'])).
% 64.39/8.65 cnf('945', plain, (~cCrocodylidae($sk55) | ~$pr($df48) | $pr($df36) | $pr($df35)),
% 64.39/8.65 inference(resolution,[],['942','944'])).
% 64.39/8.65 cnf('946', plain, ($pr($df36) | $pr($df35) | cCrocodylidae($sk55) | $pr($df49) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('947', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | $pr($df49) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(resolution,[],['945','946'])).
% 64.39/8.65 cnf('948', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cCrocodylidae($sk55) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('949', plain, (~cCrocodylidae($sk55) | ~$pr($df49)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('950', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cAnomalepidae($sk56) | ~$pr($df49)),
% 64.39/8.65 inference(resolution,[],['948','949'])).
% 64.39/8.65 cnf('951', plain, (~$pr($df36) | ~$pr($df49)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('952', plain, (~$pr($df49) | ~$pr($df48) | $pr($df35) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(simplify,[],['950','951'])).
% 64.39/8.65 cnf('953', plain, (~$pr($df35) | ~$pr($df49)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('954', plain, (~$pr($df49) | ~$pr($df48) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(simplify,[],['952','953'])).
% 64.39/8.65 cnf('955', plain, (~$pr($df49) | ~cAnomalepidae($sk56)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('956', plain, (~$pr($df49) | ~$pr($df48)),
% 64.39/8.65 inference(resolution,[],['954','955'])).
% 64.39/8.65 cnf('957', plain, (~$pr($df48) | $pr($df36) | $pr($df35) | cAnomalepidae($sk56)),
% 64.39/8.65 inference(simplify,[],['947','956'])).
% 64.39/8.65 cnf('958', plain, (~$pr($df48) | $pr($df36) | $pr($df35)),
% 64.39/8.65 inference(resolution,[],['957','942'])).
% 64.39/8.65 cnf('959', plain, ($pr($df36) | $pr($df35) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['918','958'])).
% 64.39/8.65 cnf('960', plain, (~$pr($df36) | cSphenodontidae($sk58) | $pr($df24) | $pr($df23) | cGekkonidae($sk59)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('961', plain, (~cSphenodontidae($sk58) | $pr($df38) | $pr($df37) | $pr($df45)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('962', plain, (~$pr($df36) | $pr($df38) | $pr($df37) | $pr($df24) | $pr($df23) | cGekkonidae($sk59) | $pr($df45)),
% 64.39/8.65 inference(resolution,[],['960','961'])).
% 64.39/8.65 cnf('963', plain, (~$pr($df36) | cCrocodylidae($sk59) | $pr($df24) | $pr($df23) | cGekkonidae($sk58)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('964', plain, (~$pr($df38) | ~cCrocodylidae($sk59)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('965', plain, (~$pr($df36) | $pr($df24) | $pr($df23) | cGekkonidae($sk58) | ~$pr($df38)),
% 64.39/8.65 inference(resolution,[],['963','964'])).
% 64.39/8.65 cnf('966', plain, (~$pr($df38) | ~$pr($df24)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('967', plain, (~$pr($df38) | ~$pr($df36) | $pr($df23) | cGekkonidae($sk58)),
% 64.39/8.65 inference(simplify,[],['965','966'])).
% 64.39/8.65 cnf('968', plain, (~$pr($df38) | ~$pr($df23)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('969', plain, (~$pr($df38) | ~$pr($df36) | cGekkonidae($sk58)),
% 64.39/8.65 inference(simplify,[],['967','968'])).
% 64.39/8.65 cnf('970', plain, (~$pr($df38) | ~cGekkonidae($sk58)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('971', plain, (~$pr($df38) | ~$pr($df36)),
% 64.39/8.65 inference(resolution,[],['969','970'])).
% 64.39/8.65 cnf('972', plain, (~$pr($df36) | $pr($df37) | $pr($df24) | $pr($df23) | cGekkonidae($sk59) | $pr($df45)),
% 64.39/8.65 inference(simplify,[],['962','971'])).
% 64.39/8.65 cnf('973', plain, (xsd_string_5 != xsd_string_7),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_85_$sk'])).
% 64.39/8.65 cnf('974', plain, (~rfamily_name(X,xsd_string_5) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['234','973'])).
% 64.39/8.65 cnf('975', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['974','179'])).
% 64.39/8.65 cnf('976', plain, (~cGekkonidae(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['975','184'])).
% 64.39/8.65 cnf('977', plain, (~$pr($df36) | $pr($df37) | $pr($df24) | $pr($df23) | $pr($df45) | ~cCrocodylidae($sk59)),
% 64.39/8.65 inference(resolution,[],['972','976'])).
% 64.39/8.65 cnf('978', plain, (~$pr($df36) | $pr($df24) | $pr($df23) | cGekkonidae($sk59) | cGekkonidae($sk58)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('979', plain, (~$pr($df37) | ~cGekkonidae($sk59)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('980', plain, (~$pr($df36) | $pr($df24) | $pr($df23) | cGekkonidae($sk58) | ~$pr($df37)),
% 64.39/8.65 inference(resolution,[],['978','979'])).
% 64.39/8.65 cnf('981', plain, (~$pr($df37) | ~$pr($df24)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('982', plain, (~$pr($df37) | ~$pr($df36) | $pr($df23) | cGekkonidae($sk58)),
% 64.39/8.65 inference(simplify,[],['980','981'])).
% 64.39/8.65 cnf('983', plain, (~$pr($df37) | ~$pr($df23)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('984', plain, (~$pr($df37) | ~$pr($df36) | cGekkonidae($sk58)),
% 64.39/8.65 inference(simplify,[],['982','983'])).
% 64.39/8.65 cnf('985', plain, (~$pr($df37) | ~cGekkonidae($sk58)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('986', plain, (~$pr($df37) | ~$pr($df36)),
% 64.39/8.65 inference(resolution,[],['984','985'])).
% 64.39/8.65 cnf('987', plain, (~$pr($df36) | ~cCrocodylidae($sk59) | $pr($df24) | $pr($df23) | $pr($df45)),
% 64.39/8.65 inference(simplify,[],['977','986'])).
% 64.39/8.65 cnf('988', plain, (~$pr($df36) | cCrocodylidae($sk59) | cSphenodontidae($sk58) | $pr($df24) | $pr($df23)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('989', plain, (~$pr($df36) | $pr($df24) | $pr($df23) | $pr($df45) | cSphenodontidae($sk58)),
% 64.39/8.65 inference(resolution,[],['987','988'])).
% 64.39/8.65 cnf('990', plain, (~$pr($df45) | cSphenodontidae($sk58)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('991', plain, (~$pr($df36) | cSphenodontidae($sk58) | $pr($df24) | $pr($df23)),
% 64.39/8.65 inference(simplify,[],['989','990'])).
% 64.39/8.65 cnf('992', plain, (xsd_string_7 != xsd_string_10),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_97_$sk'])).
% 64.39/8.65 cnf('993', plain, (~rfamily_name(X,xsd_string_7) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['54','992'])).
% 64.39/8.65 cnf('994', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['993','16'])).
% 64.39/8.65 cnf('995', plain, (~cSphenodontidae(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['994','19'])).
% 64.39/8.65 cnf('996', plain, (~$pr($df36) | ~cGekkonidae($sk58) | $pr($df24) | $pr($df23)),
% 64.39/8.65 inference(resolution,[],['991','995'])).
% 64.39/8.65 cnf('997', plain, (~$pr($df36) | ~cCrocodylidae($sk59) | $pr($df24) | $pr($df23) | cGekkonidae($sk58)),
% 64.39/8.65 inference(resolution,[],['978','976'])).
% 64.39/8.65 cnf('998', plain, (~$pr($df36) | ~cCrocodylidae($sk59) | $pr($df24) | $pr($df23)),
% 64.39/8.65 inference(resolution,[],['996','997'])).
% 64.39/8.65 cnf('999', plain, (~$pr($df36) | $pr($df24) | $pr($df23) | cGekkonidae($sk58)),
% 64.39/8.65 inference(resolution,[],['998','963'])).
% 64.39/8.65 cnf('1000', plain, (~$pr($df36) | $pr($df24) | $pr($df23)),
% 64.39/8.65 inference(resolution,[],['999','996'])).
% 64.39/8.65 cnf('1001', plain, ($pr($df35) | $pr($df24) | $pr($df23) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['959','1000'])).
% 64.39/8.65 cnf('1002', plain, (xsd_string_0 != xsd_string_10),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_48_$sk'])).
% 64.39/8.65 cnf('1003', plain, (~rfamily_name(X,xsd_string_0) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['54','1002'])).
% 64.39/8.65 cnf('1004', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['1003','6'])).
% 64.39/8.65 cnf('1005', plain, (~cSphenodontidae(X) | ~cAgamidae(X)),
% 64.39/8.65 inference(resolution,[],['1004','8'])).
% 64.39/8.65 cnf('1006', plain, (~$pr($df35) | cSphenodontidae($sk57)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1007', plain, (~$pr($df35) | ~cAgamidae($sk57)),
% 64.39/8.65 inference(resolution,[],['1005','1006'])).
% 64.39/8.65 cnf('1008', plain, (~$pr($df35) | cAgamidae($sk57)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1009', plain, (~$pr($df35)),
% 64.39/8.65 inference(simplify,[],['1007','1008'])).
% 64.39/8.65 cnf('1010', plain, ($pr($df24) | $pr($df23) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['1001','1009'])).
% 64.39/8.65 cnf('1011', plain, (~$pr($df24) | cGekkonidae($sk61) | $pr($df12) | $pr($df11) | cCrocodylidae($sk62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1012', plain, (xsd_string_3 != xsd_string_7),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_72_$sk'])).
% 64.39/8.65 cnf('1013', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['234','1012'])).
% 64.39/8.65 cnf('1014', plain, (~cReptile(X) | ~cGekkonidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1013','398'])).
% 64.39/8.65 cnf('1015', plain, (~cGekkonidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1014','407'])).
% 64.39/8.65 cnf('1016', plain, (~$pr($df24) | ~cBipedidae($sk61) | $pr($df12) | $pr($df11) | cCrocodylidae($sk62)),
% 64.39/8.65 inference(resolution,[],['1011','1015'])).
% 64.39/8.65 cnf('1017', plain, (xsd_string_3 != xsd_string_5),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_70_$sk'])).
% 64.39/8.65 cnf('1018', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cCrocodylidae(X)),
% 64.39/8.65 inference(resolution,[],['180','1017'])).
% 64.39/8.65 cnf('1019', plain, (~cReptile(X) | ~cCrocodylidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1018','398'])).
% 64.39/8.65 cnf('1020', plain, (~cCrocodylidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1019','184'])).
% 64.39/8.65 cnf('1021', plain, (~$pr($df24) | ~cBipedidae($sk62) | ~cBipedidae($sk61) | $pr($df12) | $pr($df11)),
% 64.39/8.65 inference(resolution,[],['1016','1020'])).
% 64.39/8.65 cnf('1022', plain, (~$pr($df24) | cGekkonidae($sk61) | $pr($df12) | $pr($df11) | cBipedidae($sk62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1023', plain, (~$pr($df24) | ~cBipedidae($sk61) | $pr($df12) | $pr($df11) | cBipedidae($sk62)),
% 64.39/8.65 inference(resolution,[],['1022','1015'])).
% 64.39/8.65 cnf('1024', plain, (~$pr($df24) | ~cBipedidae($sk61) | $pr($df12) | $pr($df11)),
% 64.39/8.65 inference(resolution,[],['1021','1023'])).
% 64.39/8.65 cnf('1025', plain, ($pr($df26) | $pr($df12) | $pr($df11) | cCrocodylidae($sk62) | cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1026', plain, (~cBipedidae($sk62) | $pr($df26) | $pr($df12) | $pr($df11) | cBipedidae($sk61)),
% 64.39/8.65 inference(resolution,[],['1025','1020'])).
% 64.39/8.65 cnf('1027', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | ~cBipedidae($sk62) | $pr($df26)),
% 64.39/8.65 inference(resolution,[],['1024','1026'])).
% 64.39/8.65 cnf('1028', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | cCrocodylidae($sk62) | cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1029', plain, (~$pr($df26) | ~cCrocodylidae($sk62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1030', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | cBipedidae($sk61) | ~$pr($df26)),
% 64.39/8.65 inference(resolution,[],['1028','1029'])).
% 64.39/8.65 cnf('1031', plain, (~$pr($df26) | ~$pr($df12)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1032', plain, (~$pr($df26) | ~$pr($df24) | $pr($df11) | cBipedidae($sk61)),
% 64.39/8.65 inference(simplify,[],['1030','1031'])).
% 64.39/8.65 cnf('1033', plain, (~$pr($df26) | ~$pr($df11)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1034', plain, (~$pr($df26) | ~$pr($df24) | cBipedidae($sk61)),
% 64.39/8.65 inference(simplify,[],['1032','1033'])).
% 64.39/8.65 cnf('1035', plain, (~$pr($df26) | ~cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1036', plain, (~$pr($df26) | ~$pr($df24)),
% 64.39/8.65 inference(resolution,[],['1034','1035'])).
% 64.39/8.65 cnf('1037', plain, (~$pr($df24) | ~cBipedidae($sk62) | $pr($df12) | $pr($df11)),
% 64.39/8.65 inference(simplify,[],['1027','1036'])).
% 64.39/8.65 cnf('1038', plain, ($pr($df25) | $pr($df12) | $pr($df11) | cBipedidae($sk62) | cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1039', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | $pr($df25) | cBipedidae($sk61)),
% 64.39/8.65 inference(resolution,[],['1037','1038'])).
% 64.39/8.65 cnf('1040', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | cBipedidae($sk62) | cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1041', plain, (~$pr($df25) | ~cBipedidae($sk62)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1042', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | cBipedidae($sk61) | ~$pr($df25)),
% 64.39/8.65 inference(resolution,[],['1040','1041'])).
% 64.39/8.65 cnf('1043', plain, (~$pr($df25) | ~$pr($df12)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1044', plain, (~$pr($df25) | ~$pr($df24) | $pr($df11) | cBipedidae($sk61)),
% 64.39/8.65 inference(simplify,[],['1042','1043'])).
% 64.39/8.65 cnf('1045', plain, (~$pr($df25) | ~$pr($df11)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1046', plain, (~$pr($df25) | ~$pr($df24) | cBipedidae($sk61)),
% 64.39/8.65 inference(simplify,[],['1044','1045'])).
% 64.39/8.65 cnf('1047', plain, (~$pr($df25) | ~cBipedidae($sk61)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1048', plain, (~$pr($df25) | ~$pr($df24)),
% 64.39/8.65 inference(resolution,[],['1046','1047'])).
% 64.39/8.65 cnf('1049', plain, (~$pr($df24) | $pr($df12) | $pr($df11) | cBipedidae($sk61)),
% 64.39/8.65 inference(simplify,[],['1039','1048'])).
% 64.39/8.65 cnf('1050', plain, (~$pr($df24) | $pr($df12) | $pr($df11)),
% 64.39/8.65 inference(resolution,[],['1049','1024'])).
% 64.39/8.65 cnf('1051', plain, ($pr($df23) | $pr($df12) | $pr($df11) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['1010','1050'])).
% 64.39/8.65 cnf('1052', plain, (xsd_string_3 != xsd_string_10),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_75_$sk'])).
% 64.39/8.65 cnf('1053', plain, (~rfamily_name(X,xsd_string_3) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['54','1052'])).
% 64.39/8.65 cnf('1054', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1053','398'])).
% 64.39/8.65 cnf('1055', plain, (~cSphenodontidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1054','407'])).
% 64.39/8.65 cnf('1056', plain, (~$pr($df23) | cSphenodontidae($sk60)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1057', plain, (~$pr($df23) | ~cBipedidae($sk60)),
% 64.39/8.65 inference(resolution,[],['1055','1056'])).
% 64.39/8.65 cnf('1058', plain, (~$pr($df23) | cBipedidae($sk60)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1059', plain, (~$pr($df23)),
% 64.39/8.65 inference(simplify,[],['1057','1058'])).
% 64.39/8.65 cnf('1060', plain, ($pr($df12) | $pr($df11) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['1051','1059'])).
% 64.39/8.65 cnf('1061', plain, ($pr($df1) | $pr($df2) | cLeptotyphlopidae($sk64) | $pr($df13) | cBipedidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1062', plain, (~$pr($df2) | ~cowlThing($sk70) | ~xsd_string($sk68) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1063', plain, (cowlThing(X)),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_0_$sk'])).
% 64.39/8.65 cnf('1064', plain, (~$pr($df2) | ~xsd_string($sk68) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1062','1063'])).
% 64.39/8.65 cnf('1065', plain, (xsd_string(X) | xsd_integer(X)),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_1_$sk'])).
% 64.39/8.65 cnf('1066', plain, (~$pr($df2) | xsd_integer($sk68) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1064','1065'])).
% 64.39/8.65 cnf('1067', plain, (~xsd_integer($sk68) | ~$pr($df2) | ~cowlThing($sk70) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1068', plain, (~$pr($df2) | ~cowlThing($sk70) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1066','1067'])).
% 64.39/8.65 cnf('1069', plain, (~$pr($df2) | xsd_string($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1068','1063'])).
% 64.39/8.65 cnf('1070', plain, (~xsd_string(X) | ~xsd_integer(X)),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_1_$sk'])).
% 64.39/8.65 cnf('1071', plain, (~xsd_integer($sk67) | ~$pr($df2) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1069','1070'])).
% 64.39/8.65 cnf('1072', plain, (~$pr($df2) | ~cowlThing($sk70) | ~xsd_string($sk68) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1073', plain, (~$pr($df2) | ~xsd_string($sk68) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1072','1063'])).
% 64.39/8.65 cnf('1074', plain, (~$pr($df2) | xsd_integer($sk68) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1073','1065'])).
% 64.39/8.65 cnf('1075', plain, (~xsd_integer($sk68) | ~cowlThing($sk70) | xsd_integer($sk67) | $pr($df3) | cowlNothing($sk69)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1076', plain, (~$pr($df2) | xsd_integer($sk67) | cowlNothing($sk69) | ~cowlThing($sk70) | $pr($df3)),
% 64.39/8.65 inference(resolution,[],['1074','1075'])).
% 64.39/8.65 cnf('1077', plain, (~xsd_integer($sk68) | ~$pr($df2) | ~cowlThing($sk70) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1078', plain, (~$pr($df3) | xsd_integer($sk68)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1079', plain, (~$pr($df2) | ~cowlThing($sk70) | xsd_integer($sk67) | cowlNothing($sk69) | ~$pr($df3)),
% 64.39/8.65 inference(resolution,[],['1077','1078'])).
% 64.39/8.65 cnf('1080', plain, (~$pr($df3) | cowlThing($sk70)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1081', plain, (~$pr($df2) | ~$pr($df3) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(simplify,[],['1079','1080'])).
% 64.39/8.65 cnf('1082', plain, (~xsd_integer($sk67) | ~$pr($df3)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1083', plain, (~$pr($df2) | ~$pr($df3) | cowlNothing($sk69)),
% 64.39/8.65 inference(simplify,[],['1081','1082'])).
% 64.39/8.65 cnf('1084', plain, (~cowlNothing(X)),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_0_$sk'])).
% 64.39/8.65 cnf('1085', plain, (~$pr($df2) | ~$pr($df3)),
% 64.39/8.65 inference(resolution,[],['1083','1084'])).
% 64.39/8.65 cnf('1086', plain, (~$pr($df2) | ~cowlThing($sk70) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(simplify,[],['1076','1085'])).
% 64.39/8.65 cnf('1087', plain, (~$pr($df2) | xsd_integer($sk67) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1086','1063'])).
% 64.39/8.65 cnf('1088', plain, (~$pr($df2) | cowlNothing($sk69)),
% 64.39/8.65 inference(resolution,[],['1071','1087'])).
% 64.39/8.65 cnf('1089', plain, (~$pr($df2)),
% 64.39/8.65 inference(resolution,[],['1088','1084'])).
% 64.39/8.65 cnf('1090', plain, ($pr($df1) | cLeptotyphlopidae($sk64) | $pr($df13) | cBipedidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1061','1089'])).
% 64.39/8.65 cnf('1091', plain, (xsd_string_7 != xsd_string_8),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_95_$sk'])).
% 64.39/8.65 cnf('1092', plain, (~rfamily_name(X,xsd_string_7) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.39/8.65 inference(resolution,[],['44','1091'])).
% 64.39/8.65 cnf('1093', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['1092','16'])).
% 64.39/8.65 cnf('1094', plain, (~cLeptotyphlopidae(X) | ~cGekkonidae(X)),
% 64.39/8.65 inference(resolution,[],['1093','19'])).
% 64.39/8.65 cnf('1095', plain, (~cGekkonidae($sk64) | $pr($df1) | $pr($df13) | cBipedidae($sk65)),
% 64.39/8.65 inference(resolution,[],['1090','1094'])).
% 64.39/8.65 cnf('1096', plain, (xsd_string_2 != xsd_string_3),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_60_$sk'])).
% 64.39/8.65 cnf('1097', plain, (~rfamily_name(X,xsd_string_2) | ~cReptile(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['403','1096'])).
% 64.39/8.65 cnf('1098', plain, (~cReptile(X) | ~cBipedidae(X) | ~cAnomalepidae(X)),
% 64.39/8.65 inference(resolution,[],['1097','141'])).
% 64.39/8.65 cnf('1099', plain, (~cBipedidae(X) | ~cAnomalepidae(X)),
% 64.39/8.65 inference(resolution,[],['1098','147'])).
% 64.39/8.65 cnf('1100', plain, (~cGekkonidae($sk64) | ~cAnomalepidae($sk65) | $pr($df1) | $pr($df13)),
% 64.39/8.65 inference(resolution,[],['1095','1099'])).
% 64.39/8.65 cnf('1101', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cGekkonidae($sk64) | cBipedidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1102', plain, (~$pr($df12) | $pr($df1) | cGekkonidae($sk64) | cBipedidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1101','1089'])).
% 64.39/8.65 cnf('1103', plain, (~cAnomalepidae($sk65) | $pr($df1) | $pr($df13) | ~$pr($df12) | cBipedidae($sk65)),
% 64.39/8.65 inference(resolution,[],['1100','1102'])).
% 64.39/8.65 cnf('1104', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cLeptotyphlopidae($sk64) | cBipedidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1105', plain, (~cLeptotyphlopidae($sk64) | ~$pr($df13)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1106', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cBipedidae($sk65) | ~$pr($df13)),
% 64.39/8.65 inference(resolution,[],['1104','1105'])).
% 64.39/8.65 cnf('1107', plain, (~$pr($df1) | ~$pr($df13)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1108', plain, (~$pr($df13) | ~$pr($df12) | $pr($df2) | cBipedidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1106','1107'])).
% 64.39/8.65 cnf('1109', plain, (~$pr($df2) | ~$pr($df13)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1110', plain, (~$pr($df13) | ~$pr($df12) | cBipedidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1108','1109'])).
% 64.39/8.65 cnf('1111', plain, (~$pr($df13) | ~cBipedidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1112', plain, (~$pr($df13) | ~$pr($df12)),
% 64.39/8.65 inference(resolution,[],['1110','1111'])).
% 64.39/8.65 cnf('1113', plain, (~$pr($df12) | ~cAnomalepidae($sk65) | $pr($df1) | cBipedidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1103','1112'])).
% 64.39/8.65 cnf('1114', plain, (~$pr($df12) | ~cAnomalepidae($sk65) | $pr($df1)),
% 64.39/8.65 inference(resolution,[],['1113','1099'])).
% 64.39/8.65 cnf('1115', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cLeptotyphlopidae($sk64) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1116', plain, (~$pr($df12) | $pr($df1) | cLeptotyphlopidae($sk64) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1115','1089'])).
% 64.39/8.65 cnf('1117', plain, (~cGekkonidae($sk64) | ~$pr($df12) | $pr($df1) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(resolution,[],['1116','1094'])).
% 64.39/8.65 cnf('1118', plain, (~cGekkonidae($sk64) | ~$pr($df12) | $pr($df1)),
% 64.39/8.65 inference(resolution,[],['1114','1117'])).
% 64.39/8.65 cnf('1119', plain, ($pr($df1) | $pr($df2) | $pr($df22) | cGekkonidae($sk64) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1120', plain, ($pr($df1) | $pr($df22) | cGekkonidae($sk64) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1119','1089'])).
% 64.39/8.65 cnf('1121', plain, (~$pr($df12) | $pr($df1) | $pr($df22) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(resolution,[],['1118','1120'])).
% 64.39/8.65 cnf('1122', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cGekkonidae($sk64) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1123', plain, (~$pr($df22) | ~cGekkonidae($sk64)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1124', plain, (~$pr($df12) | $pr($df1) | $pr($df2) | cAnomalepidae($sk65) | ~$pr($df22)),
% 64.39/8.65 inference(resolution,[],['1122','1123'])).
% 64.39/8.65 cnf('1125', plain, (~$pr($df1) | ~$pr($df22)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1126', plain, (~$pr($df22) | ~$pr($df12) | $pr($df2) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1124','1125'])).
% 64.39/8.65 cnf('1127', plain, (~$pr($df2) | ~$pr($df22)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1128', plain, (~$pr($df22) | ~$pr($df12) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1126','1127'])).
% 64.39/8.65 cnf('1129', plain, (~$pr($df22) | ~cAnomalepidae($sk65)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1130', plain, (~$pr($df22) | ~$pr($df12)),
% 64.39/8.65 inference(resolution,[],['1128','1129'])).
% 64.39/8.65 cnf('1131', plain, (~$pr($df12) | $pr($df1) | cAnomalepidae($sk65)),
% 64.39/8.65 inference(simplify,[],['1121','1130'])).
% 64.39/8.65 cnf('1132', plain, (~$pr($df12) | $pr($df1)),
% 64.39/8.65 inference(resolution,[],['1131','1114'])).
% 64.39/8.65 cnf('1133', plain, ($pr($df1) | $pr($df11) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['1060','1132'])).
% 64.39/8.65 cnf('1134', plain, (xsd_string_3 != xsd_string_8),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_73_$sk'])).
% 64.39/8.65 cnf('1135', plain, (~rfamily_name(X,xsd_string_3) | ~cReptile(X) | ~cLeptotyphlopidae(X)),
% 64.39/8.65 inference(resolution,[],['44','1134'])).
% 64.39/8.65 cnf('1136', plain, (~cReptile(X) | ~cLeptotyphlopidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1135','398'])).
% 64.39/8.65 cnf('1137', plain, (~cLeptotyphlopidae(X) | ~cBipedidae(X)),
% 64.39/8.65 inference(resolution,[],['1136','407'])).
% 64.39/8.65 cnf('1138', plain, (~$pr($df1) | cLeptotyphlopidae($sk66)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1139', plain, (~$pr($df1) | ~cBipedidae($sk66)),
% 64.39/8.65 inference(resolution,[],['1137','1138'])).
% 64.39/8.65 cnf('1140', plain, (~$pr($df1) | cBipedidae($sk66)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1141', plain, (~$pr($df1)),
% 64.39/8.65 inference(simplify,[],['1139','1140'])).
% 64.39/8.65 cnf('1142', plain, ($pr($df11) | $pr($df118)),
% 64.39/8.65 inference(resolution,[],['1133','1141'])).
% 64.39/8.65 cnf('1143', plain, (xsd_string_1 != xsd_string_10),
% 64.39/8.65 inference(cnf_transformation,[],['axiom_58_$sk'])).
% 64.39/8.65 cnf('1144', plain, (~rfamily_name(X,xsd_string_1) | ~cSphenodontidae(X) | ~cReptile(X)),
% 64.39/8.65 inference(resolution,[],['54','1143'])).
% 64.39/8.65 cnf('1145', plain, (~cSphenodontidae(X) | ~cReptile(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['1144','103'])).
% 64.39/8.65 cnf('1146', plain, (~cSphenodontidae(X) | ~cAmphisbaenidae(X)),
% 64.39/8.65 inference(resolution,[],['1145','108'])).
% 64.39/8.65 cnf('1147', plain, (~$pr($df11) | cAmphisbaenidae($sk63)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1148', plain, (~cSphenodontidae($sk63) | ~$pr($df11)),
% 64.39/8.65 inference(resolution,[],['1146','1147'])).
% 64.39/8.65 cnf('1149', plain, (~$pr($df11) | cSphenodontidae($sk63)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1150', plain, (~$pr($df11)),
% 64.39/8.65 inference(simplify,[],['1148','1149'])).
% 64.39/8.65 cnf('1151', plain, ($pr($df118)),
% 64.39/8.65 inference(resolution,[],['1142','1150'])).
% 64.39/8.65 cnf('1152', plain, (~$pr($df96) | ~$pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1153', plain, (~$pr($df118) | $pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['698','1152'])).
% 64.39/8.65 cnf('1154', plain, ($pr($df155) | $pr($df153)),
% 64.39/8.65 inference(resolution,[],['1151','1153'])).
% 64.39/8.65 cnf('1155', plain, ($pr($df153)),
% 64.39/8.65 inference(resolution,[],['1154','719'])).
% 64.39/8.65 cnf('1156', plain, ($pr($df132) | $pr($df131)),
% 64.39/8.65 inference(resolution,[],['1155','42'])).
% 64.39/8.65 cnf('1157', plain, ($pr($df131) | $pr($df120)),
% 64.39/8.65 inference(resolution,[],['1156','552'])).
% 64.39/8.65 cnf('1158', plain, ($pr($df120)),
% 64.39/8.65 inference(resolution,[],['1157','561'])).
% 64.39/8.65 cnf('1159', plain, ($pr($df108) | $pr($df107)),
% 64.39/8.65 inference(resolution,[],['1158','595'])).
% 64.39/8.65 cnf('1160', plain, (~cCrocodylidae($sk41) | ~$pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1161', plain, (~$pr($df108) | $pr($df96) | $pr($df95) | cCordylidae($sk40) | ~$pr($df118)),
% 64.39/8.65 inference(resolution,[],['624','1160'])).
% 64.39/8.65 cnf('1162', plain, (~$pr($df96) | ~$pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1163', plain, (~$pr($df108) | ~$pr($df118) | $pr($df95) | cCordylidae($sk40)),
% 64.39/8.65 inference(simplify,[],['1161','1162'])).
% 64.39/8.65 cnf('1164', plain, (~$pr($df95) | ~$pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1165', plain, (~$pr($df108) | ~$pr($df118) | cCordylidae($sk40)),
% 64.39/8.65 inference(simplify,[],['1163','1164'])).
% 64.39/8.65 cnf('1166', plain, (~cCordylidae($sk40) | ~$pr($df118)),
% 64.39/8.65 inference(cnf_transformation,[],['the_axiom_$sk'])).
% 64.39/8.65 cnf('1167', plain, (~$pr($df108) | ~$pr($df118)),
% 64.39/8.65 inference(resolution,[],['1165','1166'])).
% 64.39/8.65 cnf('1168', plain, ($pr($df118)),
% 64.39/8.65 inference(resolution,[],['1142','1150'])).
% 64.39/8.65 cnf('1169', plain, ($pr($df107)),
% 64.39/8.65 inference(resolution,[then_simplify],['1159','1167','1168'])).
% 64.39/8.65 cnf('1170', plain, ($false),
% 64.39/8.65 inference(resolution,[],['1169','688'])).
% 64.39/8.65
% 64.39/8.65 % SZS output end CNFRefutation for /export/starexec/sandbox2/benchmark/theBenchmark.p
% 64.39/8.65
% 64.39/8.65 run 118 fork 5 statistics:
% 64.39/8.65 ----------------------------------
% 64.39/8.65 this run seconds: 2.144979
% 64.39/8.65 total seconds: 8.250852
% 64.39/8.65 stat_given_used: 10016
% 64.39/8.65 stat_given_used_at_endgame: 0
% 64.39/8.65 stat_given_candidates: 33269
% 64.39/8.65 stat_given_candidates_at_endgame: 0
% 64.39/8.65 stat_given_candidates_h: 0
% 64.39/8.65 stat_binres_derived_cl: 45140
% 64.39/8.65 stat_binres_derived_cl_h: 0
% 64.39/8.65 stat_factor_derived_cl: 566
% 64.39/8.65 stat_para_derived_cl: 0
% 64.39/8.65 stat_tautologies_discarded: 1263
% 64.39/8.65 stat_forward_subsumed: 423
% 64.39/8.65 stat_derived_cut: 9518
% 64.39/8.65 stat_derived_rewritten: 0
% 64.39/8.65 stat_weight_discarded_building: 0
% 64.39/8.65 stat_weight_discarded_cl: 0
% 64.39/8.65 stat_internlimit_discarded_cl: 0
% 64.39/8.65 stat_simplified: 9133 simplified 0 derived 0 given
% 64.39/8.65 stat_kept_cl: 44016
% 64.39/8.65 stat_built_cl: 73181
% 64.39/8.65 stat_hyperres_partial_cl: 0
% 64.39/8.65 stat_made_rewriters: 0
% 64.39/8.65 stat_backward_subsumed: 0
% 64.39/8.65 stat_propagated_subsumed: 0
% 64.39/8.65 stat_clsubs_attempted: 523749
% 64.39/8.65 stat_clsubs_fact_groundunit_found: 13
% 64.39/8.65 stat_clsubs_rule_groundunit_found: 683
% 64.39/8.65 stat_clsubs_top_meta_attempted: 111068883
% 64.39/8.65 stat_clsubs_top_meta_failed: 110545134
% 64.39/8.65 stat_clsubs_top_meta_nonpref_attempted: 111068883
% 64.39/8.65 stat_clsubs_top_meta_nonpref_succeeded: 55829733
% 64.39/8.65 stat_clsubs_top_meta_pref_attempted: 55829733
% 64.39/8.65 stat_clsubs_top_meta_pref1_succeeded: 19983210
% 64.39/8.65 stat_clsubs_top_meta_pref2_succeeded: 523775
% 64.39/8.65 stat_clsubs_top_meta_pref3_succeeded: 523749
% 64.39/8.65 stat_clsubs_top_meta_pref_succeeded: 523749
% 64.39/8.65 stat_clsubs_meta_attempted: 1893150
% 64.39/8.65 stat_clsubs_meta_failed: 785623
% 64.39/8.65 stat_clsubs_predsymbs_attempted: 0
% 64.39/8.65 stat_clsubs_unit_attempted: 6973
% 64.39/8.65 stat_clsubs_full_attempted: 516776
% 64.39/8.65 stat_forwardsubs_attempted: 44439
% 64.39/8.65 stat_lit_hash_added: 3955
% 64.39/8.65 stat_lit_hash_computed: 824073
% 64.39/8.65 stat_lit_hash_match_found: 3009
% 64.39/8.65 stat_lit_hash_match_miss: 1056464
% 64.39/8.65 stat_lit_hash_cut_ok: 9825
% 64.39/8.65 stat_lit_strong_cut_ok: 0
% 64.39/8.65 stat_lit_hash_subsume_ok: 423
% 64.39/8.65 clqueue els 10000000 used 1
% 64.39/8.65 clactive els 10000000 used 10017
% 64.39/8.65 clactivesubsume els 10000000 used 59209
% 64.39/8.65 queue_termbuf els 200000000 used 2974417
% 64.39/8.65 hyper_termbuf els 100000000 used 1
% 64.39/8.65 active_termbuf els 100000000 used 358972
% 64.39/8.65 varstack els 5000 last used 1
% 64.39/8.65 given_termbuf els 10000000 last used 7
% 64.39/8.65 simplified_termbuf els 10000000 last used 1
% 64.39/8.65 derived_termbuf els 10000000 last used 15
% 64.39/8.65 wr_mallocs: 33179
% 64.39/8.65 wr_callocs: 19
% 64.39/8.65 wr_reallocs: 1297
% 64.39/8.65 wr_frees: 4
% 64.39/8.65 wr_malloc_bytes: 4163678548
% 64.39/8.65 wr_calloc_bytes: 96065504
% 64.39/8.65 wr_realloc_bytes: 1409368
% 64.39/8.65 wr_realloc_freebytes: 0
% 64.39/8.65 ----------------------------------
%------------------------------------------------------------------------------