TSTP Solution File: PRD001+1 by GKC---0.8
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- Process Solution
%------------------------------------------------------------------------------
% File : GKC---0.8
% Problem : PRD001+1 : TPTP v8.1.2. Released v6.2.0.
% Transfm : none
% Format : tptp:raw
% Command : gkc %s
% Computer : n008.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 13:05:33 EDT 2023
% Result : Theorem 18.84s 2.81s
% Output : CNFRefutation 18.84s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.00/0.12 % Problem : PRD001+1 : TPTP v8.1.2. Released v6.2.0.
% 0.00/0.12 % Command : gkc %s
% 0.12/0.33 % Computer : n008.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 : Sun Aug 27 23:09:47 EDT 2023
% 0.19/0.34 % CPUTime :
% 0.20/0.41
% 0.20/0.41 input clause set summed statistics:
% 0.20/0.41 ----------------------------------
% 0.20/0.41 in_clause_count: 1615
% 0.20/0.41 in_rule_clause_count: 962
% 0.20/0.41 in_fact_clause_count: 653
% 0.20/0.41 in_answer_clause_count: 0
% 0.20/0.41 in_ground_clause_count: 653
% 0.20/0.41 in_unit_clause_count: 653
% 0.20/0.41 in_horn_clause_count: 1615
% 0.20/0.41 in_pos_clause_count: 653
% 0.20/0.41 in_neg_clause_count: 1
% 0.20/0.41 in_poseq_clause_count: 0
% 0.20/0.41 in_negeq_clause_count: 0
% 0.20/0.41 in_unitposeq_clause_count: 0
% 0.20/0.41 in_chain_clause_count: 422
% 0.20/0.41 in_min_length: 1
% 0.20/0.41 in_max_length: 85
% 0.20/0.41 in_min_depth: 1
% 0.20/0.41 in_max_depth: 1
% 0.20/0.41 in_min_size: 2
% 0.20/0.41 in_max_size: 182
% 0.20/0.41 in_min_vars: 0
% 0.20/0.41 in_max_vars: 97
% 0.20/0.41 in_extaxiom_count: 1614
% 0.20/0.41 in_axiom_count: 0
% 0.20/0.41 in_assumption_count: 0
% 0.20/0.41 in_goal_count: 1
% 0.20/0.41 in_neg_goal_count: 1
% 0.20/0.41 in_pos_goal_count: 0
% 0.20/0.41 in_posunit_goal_count: 0
% 0.20/0.41
% 0.20/0.41 auto guide:
% 0.20/0.41 -----------
% 0.20/0.41 {
% 0.20/0.41 "print":1,
% 0.20/0.41 "print_level": 15,
% 0.20/0.41 "max_size": 0,
% 0.20/0.41 "max_depth": 0,
% 0.20/0.41 "max_length": 0,
% 0.20/0.41 "max_dseconds": 0,
% 0.20/0.41 "equality":0,
% 0.20/0.41 "runs":[
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0, "var_weight":70, "repeat_var_weight":70},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":1, "sine":5, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "sine":5, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "sine":5, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "max_ground_weight"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":3},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":2, "sine":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "weight_select_ratio":100, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "unit"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "double"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "sine":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":1, "strategy":["hardness_pref", "max_ground_weight"], "query_preference":0},
% 0.20/0.41 {"length_penalty":100, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":1},
% 0.20/0.41 {"strategy":["hardness_pref", "max_weight"], "length_penalty":100, "depth_penalty":50, "max_depth":3, "var_weight":10, "repeat_var_weight":10, "max_dseconds":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":1, "depth_penalty":100},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":1, "sine":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus", "positive_pref"], "query_preference":1},
% 0.20/0.41 {"var_weight":70, "repeat_var_weight":70, "max_depth":3, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":1, "reverse_clauselist":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit", "posunitpara"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":1, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":1, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":1, "strategy":["unit"], "query_preference":0, "var_weight":1, "depth_penalty":100, "repeat_var_weight":1},
% 0.20/0.41 {"weight_select_ratio":100, "length_penalty":100, "query_preference":1, "strategy":["query_focus"], "max_dseconds":1},
% 0.20/0.41
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["hardness_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0, "var_weight":70, "repeat_var_weight":70},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":10, "sine":5, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "sine":5, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "sine":5, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "max_ground_weight"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "weight_select_ratio":100, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "unit"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "double"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "sine":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":10, "strategy":["hardness_pref", "max_ground_weight"], "query_preference":0},
% 0.20/0.41 {"length_penalty":100, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":10},
% 0.20/0.41 {"strategy":["hardness_pref", "max_weight"], "length_penalty":100, "depth_penalty":50, "max_depth":3, "var_weight":10, "repeat_var_weight":10, "max_dseconds":10},
% 0.20/0.41 {"max_dseconds":10, "strategy":["positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus"], "query_preference":1, "depth_penalty":100},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":1, "sine":2},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus", "positive_pref"], "query_preference":1},
% 0.20/0.41 {"var_weight":70, "repeat_var_weight":70, "max_depth":3, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":10},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":1, "reverse_clauselist":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit", "posunitpara"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":10, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":10, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":10, "strategy":["unit"], "query_preference":0, "var_weight":1, "depth_penalty":100, "repeat_var_weight":1},
% 0.20/0.41 {"weight_select_ratio":100, "length_penalty":100, "query_preference":1, "strategy":["query_focus"], "max_dseconds":10},
% 0.20/0.41
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["hardness_pref"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "weight_select_ratio":100, "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "weight_select_ratio":100, "query_preference":0, "var_weight":70, "repeat_var_weight":70},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":50, "sine":5, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "sine":5, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "sine":5, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "max_ground_weight"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "weight_select_ratio":100, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "unit"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "double"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "sine":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["hardness_pref"], "query_preference":0, "weight_select_ratio":20, "depth_penalty":50, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":50, "strategy":["hardness_pref", "max_ground_weight"], "query_preference":0},
% 0.20/0.41 {"length_penalty":100, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":50},
% 0.20/0.41 {"strategy":["hardness_pref", "max_weight"], "length_penalty":100, "depth_penalty":50, "max_depth":3, "var_weight":10, "repeat_var_weight":10, "max_dseconds":50},
% 0.20/0.41 {"max_dseconds":50, "strategy":["positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus"], "query_preference":1, "depth_penalty":100},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":1, "sine":2},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus", "positive_pref"], "query_preference":1},
% 0.20/0.41 {"var_weight":70, "repeat_var_weight":70, "max_depth":3, "query_preference":0, "strategy":["negative_pref"], "max_dseconds":50},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":1, "reverse_clauselist":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit", "posunitpara"], "query_preference":0, "sine":2},
% 0.20/0.41 {"max_dseconds":50, "strategy":["query_focus"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":1, "var_weight":1, "repeat_var_weight":1},
% 0.20/0.41 {"max_dseconds":50, "strategy":["negative_pref"], "query_preference":0, "weight_select_ratio":100, "depth_penalty":100, "length_penalty":100},
% 0.20/0.41 {"max_dseconds":50, "strategy":["unit"], "query_preference":0, "var_weight":1, "depth_penalty":100, "repeat_var_weight":1},
% 0.20/0.41 {"weight_select_ratio":100, "length_penalty":100, "query_preference":1, "strategy":["query_focus"], "max_dseconds":50},
% 0.20/0.41
% 0.20/0.41 {"max_dseconds":250, "strategy":["query_focus"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":250, "strategy":["query_focus", "max_ground_weight"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["query_focus", "unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":250, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":250, "strategy":["hardness_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["negative_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["negative_pref"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":250, "strategy":["hardness_pref"], "query_preference":0},
% 0.20/0.41
% 0.20/0.41 {"max_dseconds":1250, "strategy":["query_focus"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["query_focus", "unit"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["query_focus", "max_ground_weight"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["query_focus", "unit"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["query_focus", "positive_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["negative_pref"], "query_preference":0},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["hardness_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["negative_pref"], "query_preference":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["negative_pref"], "query_preference":1, "sine":1},
% 0.20/0.41 {"max_dseconds":1250, "strategy":["hardness_pref"], "query_preference":0}
% 0.20/0.41
% 0.20/0.41 ]}
% 0.20/0.41
% 0.20/0.41
% 0.20/0.41 **** run 1 fork 0 starts with strategy
% 0.20/0.41 {"max_dseconds":1,"strategy":["negative_pref"],"weight_select_ratio":100,"query_preference":0}
% 0.20/0.41
% 0.20/0.41 **** run 2 fork 1 starts with strategy
% 0.20/0.41 {"max_dseconds":1,"strategy":["hardness_pref"],"weight_select_ratio":100,"query_preference":0}
% 0.20/0.41
% 0.20/0.41 **** run 3 fork 2 starts with strategy
% 0.20/0.41 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 0.20/0.41
% 0.20/0.41 **** run 4 fork 3 starts with strategy
% 0.20/0.41 {"max_dseconds":1,"strategy":["unit"],"weight_select_ratio":100,"query_preference":0}
% 0.20/0.41
% 0.20/0.41 **** run 5 fork 4 starts with strategy
% 0.20/0.41 {"max_dseconds":1,"strategy":["negative_pref"],"weight_select_ratio":100,"query_preference":0,"var_weight":70,"repeat_var_weight":70}
% 0.20/0.42
% 0.20/0.42 **** run 6 fork 5 starts with strategy
% 0.20/0.42 {"max_dseconds":1,"strategy":["unit"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 0.20/0.42
% 0.20/0.42 **** run 7 fork 6 starts with strategy
% 0.20/0.42 {"max_dseconds":1,"sine":5,"strategy":["negative_pref"],"query_preference":0}
% 0.20/0.42
% 0.20/0.42 **** run 8 fork 7 starts with strategy
% 0.20/0.42 {"max_dseconds":1,"sine":5,"strategy":["hardness_pref"],"query_preference":0}
% 0.20/0.46
% 0.20/0.46 fork 6: search finished without proof.
% 0.20/0.48
% 0.20/0.48 **** run 15 fork 6 starts with strategy
% 0.20/0.48 {"max_dseconds":1,"strategy":["query_focus","positive_pref"],"query_preference":0}
% 0.20/0.55
% 0.20/0.55 fork 0: search finished without proof.
% 0.20/0.55
% 0.20/0.55 fork 1: search finished without proof.
% 0.20/0.55
% 0.20/0.55
% 0.20/0.55 fork 7: search terminated without proof.
% 0.20/0.56
% 0.20/0.56
% 0.20/0.56 fork 3: search terminated without proof.
% 0.20/0.56
% 0.20/0.56
% 0.20/0.56 fork 4: search terminated without proof.
% 0.20/0.56
% 0.20/0.56
% 0.20/0.56 fork 2: search terminated without proof.
% 0.20/0.56
% 0.20/0.56
% 0.20/0.56 fork 5: search terminated without proof.
% 0.20/0.57
% 0.20/0.57 **** run 10 fork 1 starts with strategy
% 0.20/0.57 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":2}
% 0.20/0.57
% 0.20/0.57 **** run 16 fork 7 starts with strategy
% 0.20/0.57 {"max_dseconds":1,"strategy":["query_focus","unit"],"query_preference":2}
% 0.20/0.57
% 0.20/0.57 **** run 9 fork 0 starts with strategy
% 0.20/0.57 {"max_dseconds":1,"sine":5,"strategy":["unit"],"query_preference":0}
% 0.20/0.58
% 0.20/0.58 **** run 12 fork 3 starts with strategy
% 0.20/0.58 {"max_dseconds":1,"strategy":["query_focus","unit"],"query_preference":0}
% 0.20/0.58
% 0.20/0.58 **** run 14 fork 5 starts with strategy
% 0.20/0.58
% 0.20/0.58 **** run 13 fork 4 starts with strategy
% 0.20/0.58 {"max_dseconds":1,"strategy":["query_focus","unit"],"query_preference":1}
% 0.20/0.58 {"max_dseconds":1,"strategy":["query_focus","max_ground_weight"],"query_preference":1}
% 0.20/0.59
% 0.20/0.59 **** run 11 fork 2 starts with strategy
% 0.20/0.59 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":1}
% 0.20/0.60
% 0.20/0.60 fork 0: search finished without proof.
% 0.20/0.61
% 0.20/0.61 fork 7: search finished without proof.
% 0.20/0.62
% 0.20/0.62 fork 3: search finished without proof.
% 0.20/0.62
% 0.20/0.62 fork 6: search finished without proof.
% 0.20/0.62
% 0.20/0.62 fork 5: search finished without proof.
% 0.20/0.62
% 0.20/0.62 **** run 17 fork 0 starts with strategy
% 0.20/0.62 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":3}
% 0.20/0.63
% 0.20/0.63 **** run 24 fork 7 starts with strategy
% 0.20/0.63 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":1,"var_weight":1,"weight_select_ratio":100,"repeat_var_weight":1}
% 0.20/0.64
% 0.20/0.64 **** run 20 fork 3 starts with strategy
% 0.20/0.64 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":1}
% 0.20/0.64
% 0.20/0.64 **** run 23 fork 6 starts with strategy
% 0.20/0.64 {"max_dseconds":1,"strategy":["hardness_pref"],"query_preference":0}
% 0.20/0.64
% 0.20/0.64 **** run 22 fork 5 starts with strategy
% 0.20/0.64 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":2,"sine":2}
% 0.20/0.66 No candidate clauses found.
% 0.20/0.66
% 0.20/0.66
% 0.20/0.66 fork 0: search terminated without proof.
% 0.20/0.67
% 0.20/0.67 fork 5: search finished without proof.
% 0.20/0.68
% 0.20/0.68 **** run 25 fork 0 starts with strategy
% 0.20/0.68 {"max_dseconds":1,"strategy":["query_focus","unit"],"query_preference":1,"sine":1}
% 0.20/0.70
% 0.20/0.70 **** run 30 fork 5 starts with strategy
% 0.20/0.70 {"max_dseconds":1,"strategy":["hardness_pref"],"query_preference":2}
% 0.20/0.71
% 0.20/0.71 fork 0: search finished without proof.
% 0.20/0.72
% 0.20/0.72
% 0.20/0.72 fork 1: search terminated without proof.
% 0.20/0.74
% 0.20/0.74
% 0.20/0.74 fork 4: search terminated without proof.
% 0.20/0.74
% 0.20/0.74 **** run 33 fork 0 starts with strategy
% 0.20/0.74 {"length_penalty":100,"query_preference":0,"strategy":["negative_pref"],"max_dseconds":1}
% 0.20/0.75
% 0.20/0.75 **** run 18 fork 1 starts with strategy
% 0.20/0.75 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":0}
% 0.20/0.76
% 0.20/0.76
% 0.20/0.76 fork 2: search terminated without proof.
% 0.20/0.76
% 0.20/0.76 **** run 21 fork 4 starts with strategy
% 0.20/0.76 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":1,"sine":1}
% 0.20/0.78
% 0.20/0.78
% 0.20/0.78 fork 3: search terminated without proof.
% 0.20/0.78
% 0.20/0.78
% 0.20/0.78 fork 6: search terminated without proof.
% 0.20/0.78
% 0.20/0.78 **** run 19 fork 2 starts with strategy
% 0.20/0.78 {"max_dseconds":1,"strategy":["hardness_pref"],"query_preference":1}
% 0.20/0.79
% 0.20/0.79
% 0.20/0.79 fork 7: search terminated without proof.
% 0.20/0.80
% 0.20/0.80 **** run 28 fork 3 starts with strategy
% 0.20/0.80 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":0,"sine":1}
% 0.20/0.80
% 0.20/0.80 **** run 31 fork 6 starts with strategy
% 0.20/0.80 {"max_dseconds":1,"strategy":["hardness_pref"],"query_preference":0,"weight_select_ratio":20,"depth_penalty":50,"length_penalty":100}
% 0.20/0.81
% 0.20/0.81 **** run 32 fork 7 starts with strategy
% 0.20/0.81 {"max_dseconds":1,"strategy":["hardness_pref","max_ground_weight"],"query_preference":0}
% 3.08/0.85
% 3.08/0.85 fork 5: search finished without proof.
% 3.08/0.87
% 3.08/0.87 **** run 38 fork 5 starts with strategy
% 3.08/0.87 {"max_dseconds":1,"strategy":["query_focus","positive_pref"],"query_preference":1}
% 3.08/0.88
% 3.08/0.88
% 3.08/0.88 fork 0: search terminated without proof.
% 3.08/0.88
% 3.08/0.88
% 3.08/0.88 fork 1: search terminated without proof.
% 3.08/0.89
% 3.08/0.89
% 3.08/0.89 fork 4: search terminated without proof.
% 3.84/0.90
% 3.84/0.90 **** run 41 fork 0 starts with strategy
% 3.84/0.90 {"max_dseconds":1,"strategy":["unit"],"query_preference":0,"sine":2}
% 3.84/0.91
% 3.84/0.91 **** run 29 fork 4 starts with strategy
% 3.84/0.91 {"max_dseconds":1,"strategy":["unit"],"query_preference":1}
% 3.84/0.91
% 3.84/0.91 **** run 26 fork 1 starts with strategy
% 3.84/0.91 {"max_dseconds":1,"strategy":["query_focus","double"],"query_preference":1}
% 3.84/0.91
% 3.84/0.91 fork 2: search finished without proof.
% 4.14/0.93
% 4.14/0.93 **** run 27 fork 2 starts with strategy
% 4.14/0.93 {"max_dseconds":1,"strategy":["unit"],"query_preference":0}
% 4.20/0.93
% 4.20/0.93
% 4.20/0.93 fork 6: search terminated without proof.
% 4.20/0.94
% 4.20/0.94 fork 7: search finished without proof.
% 4.20/0.94
% 4.20/0.94 fork 0: search finished without proof.
% 4.20/0.94
% 4.20/0.94
% 4.20/0.94 fork 3: search terminated without proof.
% 4.20/0.95
% 4.20/0.95 fork 1: search finished without proof.
% 4.20/0.95
% 4.20/0.95 **** run 39 fork 6 starts with strategy
% 4.20/0.95 {"var_weight":70,"repeat_var_weight":70,"max_depth":3,"query_preference":0,"strategy":["negative_pref"],"max_dseconds":1}
% 4.20/0.96
% 4.20/0.96 **** run 49 fork 0 starts with strategy
% 4.20/0.96 {"max_dseconds":10,"strategy":["hardness_pref"],"weight_select_ratio":100,"query_preference":0}
% 4.20/0.96
% 4.20/0.96 **** run 40 fork 7 starts with strategy
% 4.20/0.96 {"max_dseconds":1,"strategy":["unit"],"query_preference":1,"reverse_clauselist":1}
% 4.20/0.96
% 4.20/0.96 **** run 36 fork 3 starts with strategy
% 4.20/0.96 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":1,"depth_penalty":100}
% 4.20/0.97
% 4.20/0.97 **** run 34 fork 1 starts with strategy
% 4.20/0.97 {"strategy":["hardness_pref","max_weight"],"length_penalty":100,"depth_penalty":50,"max_depth":3,"var_weight":10,"repeat_var_weight":10,"max_dseconds":1}
% 4.77/1.00
% 4.77/1.00 fork 5: search finished without proof.
% 4.77/1.02
% 4.77/1.02 **** run 46 fork 5 starts with strategy
% 4.77/1.02 {"max_dseconds":1,"strategy":["unit"],"query_preference":0,"var_weight":1,"depth_penalty":100,"repeat_var_weight":1}
% 4.77/1.04
% 4.77/1.04
% 4.77/1.04 fork 4: search terminated without proof.
% 4.77/1.06
% 4.77/1.06 **** run 37 fork 4 starts with strategy
% 4.77/1.06 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":1,"sine":2}
% 4.77/1.06
% 4.77/1.06
% 4.77/1.06 fork 2: search terminated without proof.
% 5.28/1.08
% 5.28/1.08 **** run 35 fork 2 starts with strategy
% 5.28/1.08 {"max_dseconds":1,"strategy":["positive_pref"],"query_preference":0}
% 5.28/1.08
% 5.28/1.08
% 5.28/1.08 fork 6: search terminated without proof.
% 5.28/1.09
% 5.28/1.09 fork 7: search finished without proof.
% 5.28/1.09
% 5.28/1.09 fork 4: search finished without proof.
% 5.28/1.10
% 5.28/1.10 fork 3: search finished without proof.
% 5.28/1.10
% 5.28/1.10
% 5.28/1.10 fork 1: search terminated without proof.
% 5.28/1.11
% 5.28/1.11 **** run 47 fork 6 starts with strategy
% 5.28/1.11 {"weight_select_ratio":100,"length_penalty":100,"query_preference":1,"strategy":["query_focus"],"max_dseconds":1}
% 5.28/1.11
% 5.28/1.11 **** run 45 fork 4 starts with strategy
% 5.28/1.11 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 5.28/1.11
% 5.28/1.11 **** run 48 fork 7 starts with strategy
% 5.28/1.11 {"max_dseconds":10,"strategy":["negative_pref"],"weight_select_ratio":100,"query_preference":0}
% 5.28/1.11
% 5.28/1.11 **** run 44 fork 3 starts with strategy
% 5.28/1.11 {"max_dseconds":1,"strategy":["negative_pref"],"query_preference":1,"var_weight":1,"repeat_var_weight":1}
% 5.28/1.12
% 5.28/1.12 **** run 42 fork 1 starts with strategy
% 5.28/1.12 {"max_dseconds":1,"strategy":["unit","posunitpara"],"query_preference":0,"sine":2}
% 5.28/1.15
% 5.28/1.15
% 5.28/1.15 fork 5: search terminated without proof.
% 5.28/1.16
% 5.28/1.16 fork 1: search finished without proof.
% 6.03/1.17
% 6.03/1.17 **** run 54 fork 5 starts with strategy
% 6.03/1.17 {"max_dseconds":10,"sine":5,"strategy":["negative_pref"],"query_preference":0}
% 6.03/1.17
% 6.03/1.17 **** run 50 fork 1 starts with strategy
% 6.03/1.17 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 6.26/1.20
% 6.26/1.20 fork 5: search finished without proof.
% 6.26/1.21
% 6.26/1.21
% 6.26/1.21 fork 2: search terminated without proof.
% 6.26/1.22
% 6.26/1.22 **** run 62 fork 5 starts with strategy
% 6.26/1.22 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":0}
% 6.26/1.22
% 6.26/1.22 **** run 43 fork 2 starts with strategy
% 6.26/1.22 {"max_dseconds":1,"strategy":["query_focus"],"query_preference":1,"var_weight":1,"repeat_var_weight":1}
% 6.58/1.24
% 6.58/1.24
% 6.58/1.24 fork 4: search terminated without proof.
% 6.58/1.24
% 6.58/1.24
% 6.58/1.24 fork 3: search terminated without proof.
% 6.58/1.26
% 6.58/1.26 **** run 53 fork 4 starts with strategy
% 6.58/1.26 {"max_dseconds":10,"strategy":["unit"],"query_preference":0,"weight_select_ratio":100,"depth_penalty":100,"length_penalty":100}
% 6.58/1.26
% 6.58/1.26 **** run 52 fork 3 starts with strategy
% 6.58/1.26 {"max_dseconds":10,"strategy":["negative_pref"],"weight_select_ratio":100,"query_preference":0,"var_weight":70,"repeat_var_weight":70}
% 6.58/1.28
% 6.58/1.28
% 6.58/1.28 fork 6: search terminated without proof.
% 6.58/1.29
% 6.58/1.29 **** run 55 fork 6 starts with strategy
% 6.58/1.29 {"max_dseconds":10,"sine":5,"strategy":["hardness_pref"],"query_preference":0}
% 7.16/1.36
% 7.16/1.36 fork 2: search finished without proof.
% 7.16/1.37
% 7.16/1.37 **** run 51 fork 2 starts with strategy
% 7.16/1.37 {"max_dseconds":10,"strategy":["unit"],"weight_select_ratio":100,"query_preference":0}
% 12.04/1.97
% 12.04/1.97 fork 0: search finished without proof.
% 12.04/1.99
% 12.04/1.99 **** run 57 fork 0 starts with strategy
% 12.04/1.99 {"max_dseconds":10,"strategy":["query_focus"],"query_preference":1}
% 13.37/2.19
% 13.37/2.19
% 13.37/2.19 fork 7: search terminated without proof.
% 13.37/2.22
% 13.37/2.22 **** run 56 fork 7 starts with strategy
% 13.37/2.22 {"max_dseconds":10,"sine":5,"strategy":["unit"],"query_preference":0}
% 13.37/2.23
% 13.37/2.23
% 13.37/2.23 fork 1: search terminated without proof.
% 13.37/2.25
% 13.37/2.25
% 13.37/2.25 fork 5: search terminated without proof.
% 13.37/2.26
% 13.37/2.26 **** run 58 fork 1 starts with strategy
% 13.37/2.26 {"max_dseconds":10,"strategy":["query_focus","unit"],"query_preference":0}
% 13.37/2.27
% 13.37/2.27 fork 7: search finished without proof.
% 13.37/2.29
% 13.37/2.29 **** run 64 fork 7 starts with strategy
% 14.72/2.29 {"max_dseconds":10,"strategy":["negative_pref"],"query_preference":1}
% 14.72/2.30
% 14.72/2.30 fork 1: search finished without proof.
% 14.91/2.30
% 14.91/2.30 fork 6: search finished without proof.
% 14.91/2.31
% 14.91/2.31 **** run 70 fork 5 starts with strategy
% 14.91/2.31 {"max_dseconds":10,"strategy":["unit"],"query_preference":0}
% 14.91/2.31
% 14.91/2.31
% 14.91/2.31 fork 4: search terminated without proof.
% 14.91/2.31
% 14.91/2.31
% 14.91/2.31 fork 3: search terminated without proof.
% 14.91/2.32
% 14.91/2.32 **** run 66 fork 1 starts with strategy
% 14.91/2.32 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":0}
% 14.91/2.32
% 14.91/2.32 **** run 63 fork 6 starts with strategy
% 14.91/2.32 {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":1}
% 15.16/2.34
% 15.16/2.34 **** run 61 fork 4 starts with strategy
% 15.16/2.34 {"max_dseconds":10,"strategy":["query_focus","positive_pref"],"query_preference":0}
% 15.16/2.35
% 15.16/2.35 **** run 60 fork 3 starts with strategy
% 15.16/2.35 {"max_dseconds":10,"strategy":["query_focus","unit"],"query_preference":1}
% 15.16/2.38
% 15.16/2.38 fork 3: search finished without proof.
% 15.16/2.40
% 15.16/2.40 **** run 68 fork 3 starts with strategy
% 15.16/2.40 {"max_dseconds":10,"strategy":["query_focus","unit"],"query_preference":1,"sine":1}
% 15.16/2.41
% 15.16/2.41 fork 2: search finished without proof.
% 15.94/2.43
% 15.94/2.43 **** run 59 fork 2 starts with strategy
% 15.94/2.43 {"max_dseconds":10,"strategy":["query_focus","max_ground_weight"],"query_preference":1}
% 15.94/2.43
% 15.94/2.43 fork 3: search finished without proof.
% 15.94/2.45
% 15.94/2.45 **** run 76 fork 3 starts with strategy
% 15.94/2.45 {"strategy":["hardness_pref","max_weight"],"length_penalty":100,"depth_penalty":50,"max_depth":3,"var_weight":10,"repeat_var_weight":10,"max_dseconds":10}
% 18.84/2.81
% 18.84/2.81
% 18.84/2.81 result: proof found
% 18.84/2.81 for /export/starexec/sandbox/benchmark/theBenchmark.p
% 18.84/2.81 by run 63 fork 6 strategy {"max_dseconds":10,"strategy":["hardness_pref"],"query_preference":1}
% 18.84/2.81 % SZS status Theorem for /export/starexec/sandbox/benchmark/theBenchmark.p
% 18.84/2.81
% 18.84/2.81 % SZS output start CNFRefutation for /export/starexec/sandbox/benchmark/theBenchmark.p
% 18.84/2.81 fof('$inc_act2_formula300_$sk', plain, (q48(X2) | (~ot____nom15(X1) | ~locatedin(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula300'])).
% 18.84/2.81 fof('$inc_act2_formula300', axiom, (! [X,Y] : ((locatedin(X,Y) & ot____nom15(Y)) => q48(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula16_$sk', plain, (ot____nom15(X1) | ~ot____nom15_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula16'])).
% 18.84/2.81 fof('$inc_act2_formula16', axiom, (! [X] : (ot____nom15_aux(X) => ot____nom15(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula251', axiom, ot____nom15_aux(californiaregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula217', axiom, locatedin_aux(santacruzmountainsregion,californiaregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula2_$sk', plain, (locatedin(X2,X1) | ~locatedin_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula2'])).
% 18.84/2.81 fof('$inc_act2_formula2', axiom, (! [X,Y] : (locatedin_aux(X,Y) => locatedin(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula886_$sk', plain, (locatedin(X3,X2) | (~locatedin(X1,X2) | ~locatedin(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula886'])).
% 18.84/2.81 fof('$inc_act2_formula886', axiom, (! [X,Y,Z] : ((locatedin(X,Y) & locatedin(Y,Z)) => locatedin(X,Z))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula214', axiom, locatedin_aux(santacruzmountainvineyardcabernetsauvignon,santacruzmountainsregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula434_$sk', plain, (californiawine(X1) | (~wine(X1) | ~q48(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula434'])).
% 18.84/2.81 fof('$inc_act2_formula434', axiom, (! [X] : ((q48(X) & wine(X)) => californiawine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula82_$sk', plain, (cabernetsauvignon(X1) | ~cabernetsauvignon_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula82'])).
% 18.84/2.81 fof('$inc_act2_formula82', axiom, (! [X] : (cabernetsauvignon_aux(X) => cabernetsauvignon(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula419', axiom, cabernetsauvignon_aux(santacruzmountainvineyardcabernetsauvignon),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula635_$sk', plain, (wine(X1) | ~cabernetsauvignon(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula635'])).
% 18.84/2.81 fof('$inc_act2_formula635', axiom, (! [X] : (cabernetsauvignon(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula329_$sk', plain, (q50(X2) | (~ot____nom17(X1) | ~locatedin(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula329'])).
% 18.84/2.81 fof('$inc_act2_formula329', axiom, (! [X,Y] : ((locatedin(X,Y) & ot____nom17(Y)) => q50(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula18_$sk', plain, (ot____nom17(X1) | ~ot____nom17_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula18'])).
% 18.84/2.81 fof('$inc_act2_formula18', axiom, (! [X] : (ot____nom17_aux(X) => ot____nom17(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula253', axiom, ot____nom17_aux(germanyregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula235', axiom, locatedin_aux(schlossvolradtrochenbierenausleseriesling,germanyregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula467_$sk', plain, (germanwine(X1) | (~wine(X1) | ~q50(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula467'])).
% 18.84/2.81 fof('$inc_act2_formula467', axiom, (! [X] : ((q50(X) & wine(X)) => germanwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula107_$sk', plain, (sweetriesling(X1) | ~sweetriesling_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula107'])).
% 18.84/2.81 fof('$inc_act2_formula107', axiom, (! [X] : (sweetriesling_aux(X) => sweetriesling(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula490', axiom, sweetriesling_aux(schlossvolradtrochenbierenausleseriesling),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula445_$sk', plain, (dessertwine(X1) | ~sweetriesling(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula445'])).
% 18.84/2.81 fof('$inc_act2_formula445', axiom, (! [X] : (sweetriesling(X) => dessertwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula628_$sk', plain, (wine(X1) | ~dessertwine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula628'])).
% 18.84/2.81 fof('$inc_act2_formula628', axiom, (! [X] : (dessertwine(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula405_$sk', plain, (q74(X2) | (~ot____nom10(X1) | ~locatedin(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula405'])).
% 18.84/2.81 fof('$inc_act2_formula405', axiom, (! [X,Y] : ((locatedin(X,Y) & ot____nom10(Y)) => q74(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula11_$sk', plain, (ot____nom10(X1) | ~ot____nom10_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula11'])).
% 18.84/2.81 fof('$inc_act2_formula11', axiom, (! [X] : (ot____nom10_aux(X) => ot____nom10(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula246', axiom, ot____nom10_aux(texasregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula197', axiom, locatedin_aux(centraltexasregion,texasregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula181', axiom, locatedin_aux(stgenevievetexaswhite,centraltexasregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula562_$sk', plain, (texaswine(X1) | (~wine(X1) | ~q74(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula562'])).
% 18.84/2.81 fof('$inc_act2_formula562', axiom, (! [X] : ((q74(X) & wine(X)) => texaswine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula110_$sk', plain, (whitewine(X1) | ~whitewine_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula110'])).
% 18.84/2.81 fof('$inc_act2_formula110', axiom, (! [X] : (whitewine_aux(X) => whitewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula409', axiom, whitewine_aux(stgenevievetexaswhite),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula627_$sk', plain, (wine(X1) | ~whitewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula627'])).
% 18.84/2.81 fof('$inc_act2_formula627', axiom, (! [X] : (whitewine(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula6_$sk', plain, (hascolor(X2,X1) | ~hascolor_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula6'])).
% 18.84/2.81 fof('$inc_act2_formula6', axiom, (! [X,Y] : (hascolor_aux(X,Y) => hascolor(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula42', axiom, hascolor_aux(selaksicewine,white),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula956_$sk', plain, (kaon2equal(X3,X2) | (~hascolor(X1,X2) | ~hascolor(X1,X3))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula956'])).
% 18.84/2.81 fof('$inc_act2_formula956', axiom, (! [X,Y1,Y2] : ((hascolor(X,Y1) & hascolor(X,Y2)) => kaon2equal(Y1,Y2))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula829_$sk', plain, (hascolor(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula829'])).
% 18.84/2.81 fof('$inc_act2_formula829', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => hascolor(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula89_$sk', plain, (icewine(X1) | ~icewine_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula89'])).
% 18.84/2.81 fof('$inc_act2_formula89', axiom, (! [X] : (icewine_aux(X) => icewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula414', axiom, icewine_aux(selaksicewine),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula137_$sk', plain, (q12(X1) | ~icewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula137'])).
% 18.84/2.81 fof('$inc_act2_formula137', axiom, (! [X] : (icewine(X) => q12(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula611_$sk', plain, (wine(X1) | ~q12(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula611'])).
% 18.84/2.81 fof('$inc_act2_formula611', axiom, (! [X] : (q12(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula506', axiom, kaon2namedobjects(selaksicewine),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula832_$sk', plain, (hascolor(X3,X2) | (~kaon2equal(X2,X1) | ~hascolor(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula832'])).
% 18.84/2.81 fof('$inc_act2_formula832', axiom, (! [X_0,Y,X] : ((hascolor(X_0,Y) & kaon2equal(X,Y)) => hascolor(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula395_$sk', plain, (q71(X1) | ~q70(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula395'])).
% 18.84/2.81 fof('$inc_act2_formula395', axiom, (! [X] : (q70(X) => q71(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula556_$sk', plain, (sweetwine(X1) | (~wine(X1) | ~q71(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula556'])).
% 18.84/2.81 fof('$inc_act2_formula556', axiom, (! [X] : ((q71(X) & wine(X)) => sweetwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula476_$sk', plain, (lateharvest(X1) | ~icewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula476'])).
% 18.84/2.81 fof('$inc_act2_formula476', axiom, (! [X] : (icewine(X) => lateharvest(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula393_$sk', plain, (q70(X1) | ~lateharvest(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula393'])).
% 18.84/2.81 fof('$inc_act2_formula393', axiom, (! [X] : (lateharvest(X) => q70(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula557_$sk', plain, (sweetwine(X2) | (~kaon2equal(X2,X1) | ~sweetwine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula557'])).
% 18.84/2.81 fof('$inc_act2_formula557', axiom, (! [Y,X] : ((sweetwine(Y) & kaon2equal(X,Y)) => sweetwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula600_$sk', plain, (wine(X1) | ~sweetwine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula600'])).
% 18.84/2.81 fof('$inc_act2_formula600', axiom, (! [X] : (sweetwine(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula841_$sk', plain, (hasmaker(X3,X2) | (~kaon2equal(X3,X1) | ~hasmaker(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula841'])).
% 18.84/2.81 fof('$inc_act2_formula841', axiom, (! [Y,X_1,X] : ((hasmaker(Y,X_1) & kaon2equal(X,Y)) => hasmaker(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula840_$sk', plain, (hasmaker(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula840'])).
% 18.84/2.81 fof('$inc_act2_formula840', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => hasmaker(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula615', axiom, kaon2namedobjects(white),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula914_$sk', plain, (produceswine(X2,X1) | ~hasmaker(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula914'])).
% 18.84/2.81 fof('$inc_act2_formula914', axiom, (! [X,Y] : (hasmaker(X,Y) => produceswine(Y,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula1_$sk', plain, (madefromgrape(X2,X1) | ~madefromgrape_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula1'])).
% 18.84/2.81 fof('$inc_act2_formula1', axiom, (! [X,Y] : (madefromgrape_aux(X,Y) => madefromgrape(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula244', axiom, madefromgrape_aux(chateaudychemsauterne,sauvignonblancgrape),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula911_$sk', plain, (madeintowine(X2,X1) | ~madefromgrape(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula911'])).
% 18.84/2.81 fof('$inc_act2_formula911', axiom, (! [X,Y] : (madefromgrape(X,Y) => madeintowine(Y,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('all_$sk', plain, (~produceswine(X2,X1) | (~madeintowine(X4,X3) | (~madefromfruit(X6,X5) | (~madefromgrape(X8,X7) | (~locatedin(X10,X9) | (~haswinedescriptor(X12,X11) | (~hasvintageyear(X14,X13) | (~hassugar(X16,X15) | (~hasmaker(X18,X17) | (~hasflavor(X20,X19) | (~hascolor(X22,X21) | (~hasbody(X24,X23) | (~zinfandel(X25) | (~winetaste(X26) | (~winery(X27) | (~winesugar(X28) | (~winegrape(X29) | (~wineflavor(X30) | (~winedescriptor(X31) | (~winecolor(X32) | (~winebody(X33) | (~wine(X34) | (~whitewine(X35) | (~whitetablewine(X36) | (~whitenonsweetwine(X37) | (~whiteloire(X38) | (~whiteburgundy(X39) | (~whitebordeaux(X40) | (~vintageyear(X41) | (~vintage(X42) | (~texaswine(X43) | (~tablewine(X44) | (~sweetwine(X45) | (~sweetriesling(X46) | (~stemilion(X47) | (~semillonorsauvignonblanc(X48) | (~semillon(X49) | (~sauvignonblanc(X50) | (~sauternes(X51) | (~sancerre(X52) | (~rosewine(X53) | (~riesling(X54) | (~region(X55) | (~redwine(X56) | (~redtablewine(X57) | (~redburgundy(X58) | (~redbordeaux(X59) | (~potableliquid(X60) | (~port(X61) | (~pinotnoir(X62) | (~pinotblanc(X63) | (~petitesyrah(X64) | (~pauillac(X65) | (~muscadet(X66) | (~meursault(X67) | (~merlot(X68) | (~meritage(X69) | (~medoc(X70) | (~margaux(X71) | (~loire(X72) | (~lateharvest(X73) | (~italianwine(X74) | (~icewine(X75) | (~grape(X76) | (~germanwine(X77) | (~gamay(X78) | (~fullbodiedwine(X79) | (~drywine(X80) | (~drywhitewine(X81) | (~dryredwine(X82) | (~dryriesling(X83) | (~dessertwine(X84) | (~cotesdor(X85) | (~chianti(X86) | (~cheninblanc(X87) | (~chardonnay(X88) | (~californiawine(X89) | (~cabernetsauvignon(X90) | (~cabernetfranc(X91) | (~beaujolais(X92) | (~anjou(X93) | (~burgundy(X94) | (~bordeaux(X95) | (~americanwine(X96) | ~californiawine(X97))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['all'])).
% 18.84/2.81 fof('all', conjecture, (((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((((? [X] : californiawine(X)) & (? [X] : americanwine(X))) & (? [X] : bordeaux(X))) & (? [X] : burgundy(X))) & (? [X] : anjou(X))) & (? [X] : beaujolais(X))) & (? [X] : cabernetfranc(X))) & (? [X] : cabernetsauvignon(X))) & (? [X] : californiawine(X))) & (? [X] : chardonnay(X))) & (? [X] : cheninblanc(X))) & (? [X] : chianti(X))) & (? [X] : cotesdor(X))) & (? [X] : dessertwine(X))) & (? [X] : dryriesling(X))) & (? [X] : dryredwine(X))) & (? [X] : drywhitewine(X))) & (? [X] : drywine(X))) & (? [X] : fullbodiedwine(X))) & (? [X] : gamay(X))) & (? [X] : germanwine(X))) & (? [X] : grape(X))) & (? [X] : icewine(X))) & (? [X] : italianwine(X))) & (? [X] : lateharvest(X))) & (? [X] : loire(X))) & (? [X] : margaux(X))) & (? [X] : medoc(X))) & (? [X] : meritage(X))) & (? [X] : merlot(X))) & (? [X] : meursault(X))) & (? [X] : muscadet(X))) & (? [X] : pauillac(X))) & (? [X] : petitesyrah(X))) & (? [X] : pinotblanc(X))) & (? [X] : pinotnoir(X))) & (? [X] : port(X))) & (? [X] : potableliquid(X))) & (? [X] : redbordeaux(X))) & (? [X] : redburgundy(X))) & (? [X] : redtablewine(X))) & (? [X] : redwine(X))) & (? [X] : region(X))) & (? [X] : riesling(X))) & (? [X] : rosewine(X))) & (? [X] : sancerre(X))) & (? [X] : sauternes(X))) & (? [X] : sauvignonblanc(X))) & (? [X] : semillon(X))) & (? [X] : semillonorsauvignonblanc(X))) & (? [X] : stemilion(X))) & (? [X] : sweetriesling(X))) & (? [X] : sweetwine(X))) & (? [X] : tablewine(X))) & (? [X] : texaswine(X))) & (? [X] : vintage(X))) & (? [X] : vintageyear(X))) & (? [X] : whitebordeaux(X))) & (? [X] : whiteburgundy(X))) & (? [X] : whiteloire(X))) & (? [X] : whitenonsweetwine(X))) & (? [X] : whitetablewine(X))) & (? [X] : whitewine(X))) & (? [X] : wine(X))) & (? [X] : winebody(X))) & (? [X] : winecolor(X))) & (? [X] : winedescriptor(X))) & (? [X] : wineflavor(X))) & (? [X] : winegrape(X))) & (? [X] : winesugar(X))) & (? [X] : winery(X))) & (? [X] : winetaste(X))) & (? [X] : zinfandel(X))) & (? [Y,X] : hasbody(X,Y))) & (? [Y,X] : hascolor(X,Y))) & (? [Y,X] : hasflavor(X,Y))) & (? [Y,X] : hasmaker(X,Y))) & (? [Y,X] : hassugar(X,Y))) & (? [Y,X] : hasvintageyear(X,Y))) & (? [Y,X] : haswinedescriptor(X,Y))) & (? [Y,X] : locatedin(X,Y))) & (? [Y,X] : madefromgrape(X,Y))) & (? [Y,X] : madefromfruit(X,Y))) & (? [Y,X] : madeintowine(X,Y))) & (? [Y,X] : produceswine(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula888_$sk', plain, (madefromfruit(X2,X1) | ~madefromgrape(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula888'])).
% 18.84/2.81 fof('$inc_act2_formula888', axiom, (! [X,Y] : (madefromgrape(X,Y) => madefromfruit(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula566_$sk', plain, (vintage(X2) | ~hasvintageyear(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula566'])).
% 18.84/2.81 fof('$inc_act2_formula566', axiom, (! [X,Y] : (hasvintageyear(X,Y) => vintage(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula512_$sk', plain, (potableliquid(X1) | ~wine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula512'])).
% 18.84/2.81 fof('$inc_act2_formula512', axiom, (! [X] : (wine(X) => potableliquid(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula588_$sk', plain, (whitewine(X1) | (~wine(X1) | ~q21(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula588'])).
% 18.84/2.81 fof('$inc_act2_formula588', axiom, (! [X] : ((q21(X) & wine(X)) => whitewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula94_$sk', plain, (muscadet(X1) | ~muscadet_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula94'])).
% 18.84/2.81 fof('$inc_act2_formula94', axiom, (! [X] : (muscadet_aux(X) => muscadet(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula410', axiom, muscadet_aux(sevreetmainemuscadet),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula189_$sk', plain, (q24(X1) | ~muscadet(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula189'])).
% 18.84/2.81 fof('$inc_act2_formula189', axiom, (! [X] : (muscadet(X) => q24(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula505_$sk', plain, (pinotblanc(X1) | ~q24(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula505'])).
% 18.84/2.81 fof('$inc_act2_formula505', axiom, (! [X] : (q24(X) => pinotblanc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula141_$sk', plain, (q12(X1) | ~pinotblanc(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula141'])).
% 18.84/2.81 fof('$inc_act2_formula141', axiom, (! [X] : (pinotblanc(X) => q12(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula179_$sk', plain, (q21(X1) | ~q12(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula179'])).
% 18.84/2.81 fof('$inc_act2_formula179', axiom, (! [X] : (q12(X) => q21(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula616_$sk', plain, (wine(X1) | ~q24(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula616'])).
% 18.84/2.81 fof('$inc_act2_formula616', axiom, (! [X] : (q24(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula483_$sk', plain, (loire(X1) | ~muscadet(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula483'])).
% 18.84/2.81 fof('$inc_act2_formula483', axiom, (! [X] : (muscadet(X) => loire(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula575_$sk', plain, (whiteloire(X1) | (~whitewine(X1) | ~loire(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula575'])).
% 18.84/2.81 fof('$inc_act2_formula575', axiom, (! [X] : ((loire(X) & whitewine(X)) => whiteloire(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula662_$sk', plain, (winegrape(X2) | ~madefromgrape(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula662'])).
% 18.84/2.81 fof('$inc_act2_formula662', axiom, (! [X,Y] : (madefromgrape(X,Y) => winegrape(Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula469_$sk', plain, (grape(X1) | ~winegrape(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula469'])).
% 18.84/2.81 fof('$inc_act2_formula469', axiom, (! [X] : (winegrape(X) => grape(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula145_$sk', plain, (q12(X1) | ~semillonorsauvignonblanc(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula145'])).
% 18.84/2.81 fof('$inc_act2_formula145', axiom, (! [X] : (semillonorsauvignonblanc(X) => q12(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula105_$sk', plain, (semillon(X1) | ~semillon_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula105'])).
% 18.84/2.81 fof('$inc_act2_formula105', axiom, (! [X] : (semillon_aux(X) => semillon(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula487', axiom, semillon_aux(kalincellarssemillon),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula547_$sk', plain, (semillonorsauvignonblanc(X1) | ~semillon(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula547'])).
% 18.84/2.81 fof('$inc_act2_formula547', axiom, (! [X] : (semillon(X) => semillonorsauvignonblanc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula641_$sk', plain, (wine(X1) | ~semillon(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula641'])).
% 18.84/2.81 fof('$inc_act2_formula641', axiom, (! [X] : (semillon(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula456_$sk', plain, (drywine(X1) | (~wine(X1) | ~q46(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula456'])).
% 18.84/2.81 fof('$inc_act2_formula456', axiom, (! [X] : ((q46(X) & wine(X)) => drywine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula13_$sk', plain, (ot____nom12(X1) | ~ot____nom12_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula13'])).
% 18.84/2.81 fof('$inc_act2_formula13', axiom, (! [X] : (ot____nom12_aux(X) => ot____nom12(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula248', axiom, ot____nom12_aux(dry),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula294_$sk', plain, (q46(X2) | (~ot____nom12(X1) | ~hassugar(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula294'])).
% 18.84/2.81 fof('$inc_act2_formula294', axiom, (! [X,Y] : ((hassugar(X,Y) & ot____nom12(Y)) => q46(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula3_$sk', plain, (hassugar(X2,X1) | ~hassugar_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula3'])).
% 18.84/2.81 fof('$inc_act2_formula3', axiom, (! [X,Y] : (hassugar_aux(X,Y) => hassugar(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula157', axiom, hassugar_aux(kalincellarssemillon,dry),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula452_$sk', plain, (drywhitewine(X1) | (~whitewine(X1) | ~drywine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula452'])).
% 18.84/2.81 fof('$inc_act2_formula452', axiom, (! [X] : ((drywine(X) & whitewine(X)) => drywhitewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula525_$sk', plain, (redwine(X1) | (~wine(X1) | ~q41(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula525'])).
% 18.84/2.81 fof('$inc_act2_formula525', axiom, (! [X] : ((q41(X) & wine(X)) => redwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula277_$sk', plain, (q41(X1) | ~q0(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula277'])).
% 18.84/2.81 fof('$inc_act2_formula277', axiom, (! [X] : (q0(X) => q41(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula99_$sk', plain, (redtablewine(X1) | ~redtablewine_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula99'])).
% 18.84/2.81 fof('$inc_act2_formula99', axiom, (! [X] : (redtablewine_aux(X) => redtablewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula442', axiom, redtablewine_aux(mariettaoldvinesred),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula121_$sk', plain, (q0(X1) | ~redtablewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula121'])).
% 18.84/2.81 fof('$inc_act2_formula121', axiom, (! [X] : (redtablewine(X) => q0(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula603_$sk', plain, (wine(X1) | ~q0(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula603'])).
% 18.84/2.81 fof('$inc_act2_formula603', axiom, (! [X] : (q0(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula559_$sk', plain, (tablewine(X1) | ~redtablewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula559'])).
% 18.84/2.81 fof('$inc_act2_formula559', axiom, (! [X] : (redtablewine(X) => tablewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula232_$sk', plain, (q31(X1) | ~tablewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula232'])).
% 18.84/2.81 fof('$inc_act2_formula232', axiom, (! [X] : (tablewine(X) => q31(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula293_$sk', plain, (q46(X1) | ~q31(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula293'])).
% 18.84/2.81 fof('$inc_act2_formula293', axiom, (! [X] : (q31(X) => q46(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula448_$sk', plain, (dryredwine(X1) | (~redwine(X1) | ~drywine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula448'])).
% 18.84/2.81 fof('$inc_act2_formula448', axiom, (! [X] : ((drywine(X) & redwine(X)) => dryredwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula95_$sk', plain, (pauillac(X1) | ~pauillac_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula95'])).
% 18.84/2.81 fof('$inc_act2_formula95', axiom, (! [X] : (pauillac_aux(X) => pauillac(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula435', axiom, pauillac_aux(chateaulafiterothschildpauillac),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula488_$sk', plain, (medoc(X1) | ~pauillac(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula488'])).
% 18.84/2.81 fof('$inc_act2_formula488', axiom, (! [X] : (pauillac(X) => medoc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula119_$sk', plain, (q0(X1) | ~medoc(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula119'])).
% 18.84/2.81 fof('$inc_act2_formula119', axiom, (! [X] : (medoc(X) => q0(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula250_$sk', plain, (q35(X1) | ~pauillac(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula250'])).
% 18.84/2.81 fof('$inc_act2_formula250', axiom, (! [X] : (pauillac(X) => q35(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula615_$sk', plain, (wine(X1) | ~q35(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula615'])).
% 18.84/2.81 fof('$inc_act2_formula615', axiom, (! [X] : (q35(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula419_$sk', plain, (bordeaux(X1) | ~medoc(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula419'])).
% 18.84/2.81 fof('$inc_act2_formula419', axiom, (! [X] : (medoc(X) => bordeaux(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula514_$sk', plain, (redbordeaux(X1) | (~bordeaux(X1) | ~redwine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula514'])).
% 18.84/2.81 fof('$inc_act2_formula514', axiom, (! [X] : ((redwine(X) & bordeaux(X)) => redbordeaux(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula826_$sk', plain, (hasbody(X3,X2) | (~kaon2equal(X2,X1) | ~hasbody(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula826'])).
% 18.84/2.81 fof('$inc_act2_formula826', axiom, (! [X_0,Y,X] : ((hasbody(X_0,Y) & kaon2equal(X,Y)) => hasbody(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula822_$sk', plain, (hasbody(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula822'])).
% 18.84/2.81 fof('$inc_act2_formula822', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => hasbody(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula958_$sk', plain, (kaon2equal(X3,X2) | (~hasbody(X1,X2) | ~hasbody(X1,X3))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula958'])).
% 18.84/2.81 fof('$inc_act2_formula958', axiom, (! [X,Y1,Y2] : ((hasbody(X,Y1) & hasbody(X,Y2)) => kaon2equal(Y1,Y2))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula7_$sk', plain, (hasbody(X2,X1) | ~hasbody_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula7'])).
% 18.84/2.81 fof('$inc_act2_formula7', axiom, (! [X,Y] : (hasbody_aux(X,Y) => hasbody(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula11', axiom, hasbody_aux(selaksicewine,medium),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula478_$sk', plain, (lateharvest(X2) | (~kaon2equal(X2,X1) | ~lateharvest(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula478'])).
% 18.84/2.81 fof('$inc_act2_formula478', axiom, (! [Y,X] : ((lateharvest(Y) & kaon2equal(X,Y)) => lateharvest(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula144_$sk', plain, (q12(X1) | ~sauternes(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula144'])).
% 18.84/2.81 fof('$inc_act2_formula144', axiom, (! [X] : (sauternes(X) => q12(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula103_$sk', plain, (sauternes(X1) | ~sauternes_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula103'])).
% 18.84/2.81 fof('$inc_act2_formula103', axiom, (! [X] : (sauternes_aux(X) => sauternes(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula481', axiom, sauternes_aux(chateaudychemsauterne),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula387_$sk', plain, (q7(X1) | ~sauternes(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula387'])).
% 18.84/2.81 fof('$inc_act2_formula387', axiom, (! [X] : (sauternes(X) => q7(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula613_$sk', plain, (wine(X1) | ~q7(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula613'])).
% 18.84/2.81 fof('$inc_act2_formula613', axiom, (! [X] : (q7(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula418_$sk', plain, (bordeaux(X1) | ~sauternes(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula418'])).
% 18.84/2.81 fof('$inc_act2_formula418', axiom, (! [X] : (sauternes(X) => bordeaux(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula570_$sk', plain, (whitebordeaux(X1) | (~whitewine(X1) | ~bordeaux(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula570'])).
% 18.84/2.81 fof('$inc_act2_formula570', axiom, (! [X] : ((bordeaux(X) & whitewine(X)) => whitebordeaux(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula85_$sk', plain, (chianti(X1) | ~chianti_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula85'])).
% 18.84/2.81 fof('$inc_act2_formula85', axiom, (! [X] : (chianti_aux(X) => chianti(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula431', axiom, chianti_aux(chianticlassico),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula473_$sk', plain, (italianwine(X1) | ~chianti(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula473'])).
% 18.84/2.81 fof('$inc_act2_formula473', axiom, (! [X] : (chianti(X) => italianwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula93_$sk', plain, (meursault(X1) | ~meursault_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula93'])).
% 18.84/2.81 fof('$inc_act2_formula93', axiom, (! [X] : (meursault_aux(X) => meursault(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula411', axiom, meursault_aux(chateaudemeursaultmeursault),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula253_$sk', plain, (q35(X1) | ~meursault(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula253'])).
% 18.84/2.81 fof('$inc_act2_formula253', axiom, (! [X] : (meursault(X) => q35(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula461_$sk', plain, (fullbodiedwine(X1) | ~q35(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula461'])).
% 18.84/2.81 fof('$inc_act2_formula461', axiom, (! [X] : (q35(X) => fullbodiedwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula86_$sk', plain, (cotesdor(X1) | ~cotesdor_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula86'])).
% 18.84/2.81 fof('$inc_act2_formula86', axiom, (! [X] : (cotesdor_aux(X) => cotesdor(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula432', axiom, cotesdor_aux(closdevougeotcotesdor),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula516_$sk', plain, (redburgundy(X1) | ~cotesdor(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula516'])).
% 18.84/2.81 fof('$inc_act2_formula516', axiom, (! [X] : (cotesdor(X) => redburgundy(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula195_$sk', plain, (q27(X2) | (~ot____nom38(X1) | ~locatedin(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula195'])).
% 18.84/2.81 fof('$inc_act2_formula195', axiom, (! [X,Y] : ((locatedin(X,Y) & ot____nom38(Y)) => q27(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula41_$sk', plain, (ot____nom38(X1) | ~ot____nom38_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula41'])).
% 18.84/2.81 fof('$inc_act2_formula41', axiom, (! [X] : (ot____nom38_aux(X) => ot____nom38(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula280', axiom, ot____nom38_aux(usregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula220', axiom, locatedin_aux(texasregion,usregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula412_$sk', plain, (americanwine(X1) | (~wine(X1) | ~q27(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula412'])).
% 18.84/2.81 fof('$inc_act2_formula412', axiom, (! [X] : ((q27(X) & wine(X)) => americanwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula79_$sk', plain, (anjou(X1) | ~anjou_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula79'])).
% 18.84/2.81 fof('$inc_act2_formula79', axiom, (! [X] : (anjou_aux(X) => anjou(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula423', axiom, anjou_aux(rosedanjou),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula154_$sk', plain, (q15(X1) | ~anjou(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula154'])).
% 18.84/2.81 fof('$inc_act2_formula154', axiom, (! [X] : (anjou(X) => q15(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula536_$sk', plain, (rosewine(X1) | ~q15(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula536'])).
% 18.84/2.81 fof('$inc_act2_formula536', axiom, (! [X] : (q15(X) => rosewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula80_$sk', plain, (beaujolais(X1) | ~beaujolais_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula80'])).
% 18.84/2.81 fof('$inc_act2_formula80', axiom, (! [X] : (beaujolais_aux(X) => beaujolais(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula422', axiom, beaujolais_aux(chateaumorgonbeaujolais),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula152_$sk', plain, (q14(X1) | ~beaujolais(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula152'])).
% 18.84/2.81 fof('$inc_act2_formula152', axiom, (! [X] : (beaujolais(X) => q14(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula464_$sk', plain, (gamay(X1) | ~q14(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula464'])).
% 18.84/2.81 fof('$inc_act2_formula464', axiom, (! [X] : (q14(X) => gamay(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula581_$sk', plain, (whitetablewine(X1) | (~tablewine(X1) | ~q21(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula581'])).
% 18.84/2.81 fof('$inc_act2_formula581', axiom, (! [X] : ((q21(X) & tablewine(X)) => whitetablewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula560_$sk', plain, (tablewine(X1) | (~wine(X1) | ~q46(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula560'])).
% 18.84/2.81 fof('$inc_act2_formula560', axiom, (! [X] : ((q46(X) & wine(X)) => tablewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula569_$sk', plain, (vintageyear(X2) | (~kaon2equal(X2,X1) | ~vintageyear(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula569'])).
% 18.84/2.81 fof('$inc_act2_formula569', axiom, (! [Y,X] : ((vintageyear(Y) & kaon2equal(X,Y)) => vintageyear(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula108_$sk', plain, (vintageyear(X1) | ~vintageyear_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula108'])).
% 18.84/2.81 fof('$inc_act2_formula108', axiom, (! [X] : (vintageyear_aux(X) => vintageyear(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula652', axiom, vintageyear_aux(year1998),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula955_$sk', plain, (kaon2equal(X3,X2) | (~hasvintageyear(X1,X2) | ~hasvintageyear(X1,X3))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula955'])).
% 18.84/2.81 fof('$inc_act2_formula955', axiom, (! [X,Y1,Y2] : ((hasvintageyear(X,Y1) & hasvintageyear(X,Y2)) => kaon2equal(Y1,Y2))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula653', axiom, hasvintageyear_aux(saucelitocanyonzinfandel1998,year1998),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula9_$sk', plain, (hasvintageyear(X2,X1) | ~hasvintageyear_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula9'])).
% 18.84/2.81 fof('$inc_act2_formula9', axiom, (! [Y,X] : (hasvintageyear_aux(Y,X) => hasvintageyear(Y,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula850_$sk', plain, (hasvintageyear(X1,X1) | (~kaon2namedobjects(X1) | ~vintage(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula850'])).
% 18.84/2.81 fof('$inc_act2_formula850', axiom, (! [X] : ((vintage(X) & kaon2namedobjects(X)) => hasvintageyear(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula520', axiom, kaon2namedobjects(saucelitocanyonzinfandel1998),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula106_$sk', plain, (stemilion(X1) | ~stemilion_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula106'])).
% 18.84/2.81 fof('$inc_act2_formula106', axiom, (! [X] : (stemilion_aux(X) => stemilion(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula488', axiom, stemilion_aux(chateauchevalblancstemilion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula102_$sk', plain, (sancerre(X1) | ~sancerre_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula102'])).
% 18.84/2.81 fof('$inc_act2_formula102', axiom, (! [X] : (sancerre_aux(X) => sancerre(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula480', axiom, sancerre_aux(closdelapoussiesancerre),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula519_$sk', plain, (redtablewine(X1) | (~tablewine(X1) | ~q41(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula519'])).
% 18.84/2.81 fof('$inc_act2_formula519', axiom, (! [X] : ((q41(X) & tablewine(X)) => redtablewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula150', axiom, hassugar_aux(mountadampinotnoir,dry),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula97_$sk', plain, (pinotnoir(X1) | ~pinotnoir_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula97'])).
% 18.84/2.81 fof('$inc_act2_formula97', axiom, (! [X] : (pinotnoir_aux(X) => pinotnoir(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula438', axiom, pinotnoir_aux(mountadampinotnoir),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula614_$sk', plain, (wine(X1) | ~pinotnoir(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula614'])).
% 18.84/2.81 fof('$inc_act2_formula614', axiom, (! [X] : (pinotnoir(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula115_$sk', plain, (q0(X1) | ~pinotnoir(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula115'])).
% 18.84/2.81 fof('$inc_act2_formula115', axiom, (! [X] : (pinotnoir(X) => q0(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula98_$sk', plain, (port(X1) | ~port_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula98'])).
% 18.84/2.81 fof('$inc_act2_formula98', axiom, (! [X] : (port_aux(X) => port(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula441', axiom, port_aux(taylorport),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula96_$sk', plain, (petitesyrah(X1) | ~petitesyrah_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula96'])).
% 18.84/2.81 fof('$inc_act2_formula96', axiom, (! [X] : (petitesyrah_aux(X) => petitesyrah(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula437', axiom, petitesyrah_aux(seanthackreysiriuspetitesyrah),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula91_$sk', plain, (meritage(X1) | ~meritage_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula91'])).
% 18.84/2.81 fof('$inc_act2_formula91', axiom, (! [X] : (meritage_aux(X) => meritage(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula412', axiom, meritage_aux(kathrynkennedylateral),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula90_$sk', plain, (margaux(X1) | ~margaux_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula90'])).
% 18.84/2.81 fof('$inc_act2_formula90', axiom, (! [X] : (margaux_aux(X) => margaux(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula413', axiom, margaux_aux(chateaumargaux),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula471_$sk', plain, (icewine(X2) | (~kaon2equal(X2,X1) | ~icewine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula471'])).
% 18.84/2.81 fof('$inc_act2_formula471', axiom, (! [Y,X] : ((icewine(Y) & kaon2equal(X,Y)) => icewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula88_$sk', plain, (dryriesling(X1) | ~dryriesling_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula88'])).
% 18.84/2.81 fof('$inc_act2_formula88', axiom, (! [X] : (dryriesling_aux(X) => dryriesling(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula415', axiom, dryriesling_aux(mountadamriesling),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula81_$sk', plain, (cabernetfranc(X1) | ~cabernetfranc_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula81'])).
% 18.84/2.81 fof('$inc_act2_formula81', axiom, (! [X] : (cabernetfranc_aux(X) => cabernetfranc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula421', axiom, cabernetfranc_aux(whitehalllanecabernetfranc),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula76_$sk', plain, (winegrape(X1) | ~winegrape_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula76'])).
% 18.84/2.81 fof('$inc_act2_formula76', axiom, (! [X] : (winegrape_aux(X) => winegrape(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula75_$sk', plain, (winery(X1) | ~winery_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula75'])).
% 18.84/2.81 fof('$inc_act2_formula75', axiom, (! [X] : (winery_aux(X) => winery(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula74_$sk', plain, (zinfandel(X1) | ~zinfandel_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula74'])).
% 18.84/2.81 fof('$inc_act2_formula74', axiom, (! [X] : (zinfandel_aux(X) => zinfandel(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula400', axiom, zinfandel_aux(saucelitocanyonzinfandel),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula838_$sk', plain, (hasflavor(X3,X2) | (~kaon2equal(X2,X1) | ~hasflavor(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula838'])).
% 18.84/2.81 fof('$inc_act2_formula838', axiom, (! [X_0,Y,X] : ((hasflavor(X_0,Y) & kaon2equal(X,Y)) => hasflavor(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula837_$sk', plain, (hasflavor(X3,X2) | (~kaon2equal(X3,X1) | ~hasflavor(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula837'])).
% 18.84/2.81 fof('$inc_act2_formula837', axiom, (! [Y,X_1,X] : ((hasflavor(Y,X_1) & kaon2equal(X,Y)) => hasflavor(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula836_$sk', plain, (hasflavor(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula836'])).
% 18.84/2.81 fof('$inc_act2_formula836', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => hasflavor(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula855_$sk', plain, (haswinedescriptor(X2,X1) | ~hasflavor(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula855'])).
% 18.84/2.81 fof('$inc_act2_formula855', axiom, (! [X,Y] : (hasflavor(X,Y) => haswinedescriptor(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula825_$sk', plain, (hasbody(X3,X2) | (~kaon2equal(X3,X1) | ~hasbody(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula825'])).
% 18.84/2.81 fof('$inc_act2_formula825', axiom, (! [Y,X_1,X] : ((hasbody(Y,X_1) & kaon2equal(X,Y)) => hasbody(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula831_$sk', plain, (hascolor(X3,X2) | (~kaon2equal(X3,X1) | ~hascolor(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula831'])).
% 18.84/2.81 fof('$inc_act2_formula831', axiom, (! [Y,X_1,X] : ((hascolor(Y,X_1) & kaon2equal(X,Y)) => hascolor(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula915_$sk', plain, (produceswine(X3,X2) | (~kaon2equal(X3,X1) | ~produceswine(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula915'])).
% 18.84/2.81 fof('$inc_act2_formula915', axiom, (! [Y,X_1,X] : ((produceswine(Y,X_1) & kaon2equal(X,Y)) => produceswine(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula839_$sk', plain, (hasmaker(X2,X1) | ~produceswine(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula839'])).
% 18.84/2.81 fof('$inc_act2_formula839', axiom, (! [X,Y] : (produceswine(X,Y) => hasmaker(Y,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula849_$sk', plain, (hassugar(X3,X2) | (~kaon2equal(X2,X1) | ~hassugar(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula849'])).
% 18.84/2.81 fof('$inc_act2_formula849', axiom, (! [X_0,Y,X] : ((hassugar(X_0,Y) & kaon2equal(X,Y)) => hassugar(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula848_$sk', plain, (hassugar(X3,X2) | (~kaon2equal(X3,X1) | ~hassugar(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula848'])).
% 18.84/2.81 fof('$inc_act2_formula848', axiom, (! [Y,X_1,X] : ((hassugar(Y,X_1) & kaon2equal(X,Y)) => hassugar(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula846_$sk', plain, (hassugar(X1,X1) | (~kaon2namedobjects(X1) | ~q70(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula846'])).
% 18.84/2.81 fof('$inc_act2_formula846', axiom, (! [X] : ((q70(X) & kaon2namedobjects(X)) => hassugar(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula392_$sk', plain, (q70(X1) | ~sweetwine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula392'])).
% 18.84/2.81 fof('$inc_act2_formula392', axiom, (! [X] : (sweetwine(X) => q70(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula884_$sk', plain, (locatedin(X3,X2) | (~kaon2equal(X3,X1) | ~locatedin(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula884'])).
% 18.84/2.81 fof('$inc_act2_formula884', axiom, (! [Y,X_1,X] : ((locatedin(Y,X_1) & kaon2equal(X,Y)) => locatedin(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula885_$sk', plain, (locatedin(X3,X2) | (~kaon2equal(X2,X1) | ~locatedin(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula885'])).
% 18.84/2.81 fof('$inc_act2_formula885', axiom, (! [X_0,Y,X] : ((locatedin(X_0,Y) & kaon2equal(X,Y)) => locatedin(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula864_$sk', plain, (locatedin(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula864'])).
% 18.84/2.81 fof('$inc_act2_formula864', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => locatedin(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula909_$sk', plain, (madefromgrape(X3,X2) | (~kaon2equal(X3,X1) | ~madefromgrape(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula909'])).
% 18.84/2.81 fof('$inc_act2_formula909', axiom, (! [Y,X_1,X] : ((madefromgrape(Y,X_1) & kaon2equal(X,Y)) => madefromgrape(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula893_$sk', plain, (madefromgrape(X1,X1) | (~kaon2namedobjects(X1) | ~wine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula893'])).
% 18.84/2.81 fof('$inc_act2_formula893', axiom, (! [X] : ((wine(X) & kaon2namedobjects(X)) => madefromgrape(X,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula912_$sk', plain, (madeintowine(X3,X2) | (~kaon2equal(X3,X1) | ~madeintowine(X1,X2))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula912'])).
% 18.84/2.81 fof('$inc_act2_formula912', axiom, (! [Y,X_1,X] : ((madeintowine(Y,X_1) & kaon2equal(X,Y)) => madeintowine(X,X_1))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula891_$sk', plain, (madefromgrape(X2,X1) | ~madeintowine(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula891'])).
% 18.84/2.81 fof('$inc_act2_formula891', axiom, (! [X,Y] : (madeintowine(X,Y) => madefromgrape(Y,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula670_$sk', plain, (winetaste(X1) | ~winedescriptor(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula670'])).
% 18.84/2.81 fof('$inc_act2_formula670', axiom, (! [X] : (winedescriptor(X) => winetaste(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula957_$sk', plain, (kaon2equal(X3,X2) | (~hasmaker(X1,X2) | ~hasmaker(X1,X3))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula957'])).
% 18.84/2.81 fof('$inc_act2_formula957', axiom, (! [X,Y1,Y2] : ((hasmaker(X,Y1) & hasmaker(X,Y2)) => kaon2equal(Y1,Y2))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula4_$sk', plain, (hasmaker(X2,X1) | ~hasmaker_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula4'])).
% 18.84/2.81 fof('$inc_act2_formula4', axiom, (! [X,Y] : (hasmaker_aux(X,Y) => hasmaker(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula98', axiom, hasmaker_aux(selaksicewine,selaks),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula854_$sk', plain, (haswinedescriptor(X2,X1) | ~hascolor(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula854'])).
% 18.84/2.81 fof('$inc_act2_formula854', axiom, (! [X,Y] : (hascolor(X,Y) => haswinedescriptor(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula858_$sk', plain, (haswinedescriptor(X3,X2) | (~kaon2equal(X2,X1) | ~haswinedescriptor(X3,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula858'])).
% 18.84/2.81 fof('$inc_act2_formula858', axiom, (! [X_0,Y,X] : ((haswinedescriptor(X_0,Y) & kaon2equal(X,Y)) => haswinedescriptor(X_0,X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula657_$sk', plain, (winedescriptor(X2) | ~haswinedescriptor(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula657'])).
% 18.84/2.81 fof('$inc_act2_formula657', axiom, (! [X,Y] : (haswinedescriptor(X,Y) => winedescriptor(Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula482_$sk', plain, (loire(X1) | ~anjou(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula482'])).
% 18.84/2.81 fof('$inc_act2_formula482', axiom, (! [X] : (anjou(X) => loire(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula54_$sk', plain, (ot____nom5(X1) | ~ot____nom5_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula54'])).
% 18.84/2.81 fof('$inc_act2_formula54', axiom, (! [X] : (ot____nom5_aux(X) => ot____nom5(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula295', axiom, ot____nom5_aux(white),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula180_$sk', plain, (q21(X2) | (~ot____nom5(X1) | ~hascolor(X2,X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula180'])).
% 18.84/2.81 fof('$inc_act2_formula180', axiom, (! [X,Y] : ((hascolor(X,Y) & ot____nom5(Y)) => q21(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula645_$sk', plain, (wine(X1) | ~lateharvest(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula645'])).
% 18.84/2.81 fof('$inc_act2_formula645', axiom, (! [X] : (lateharvest(X) => wine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula577_$sk', plain, (whitenonsweetwine(X1) | (~kaon2namedobjects(X1) | ~whitewine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula577'])).
% 18.84/2.81 fof('$inc_act2_formula577', axiom, (! [X] : ((whitewine(X) & kaon2namedobjects(X)) => whitenonsweetwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula545', axiom, kaon2namedobjects(medium),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula109_$sk', plain, (whiteburgundy(X1) | ~whiteburgundy_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula109'])).
% 18.84/2.81 fof('$inc_act2_formula109', axiom, (! [X] : (whiteburgundy_aux(X) => whiteburgundy(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula408', axiom, whiteburgundy_aux(cortonmontrachetwhiteburgundy),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula425_$sk', plain, (burgundy(X1) | ~whiteburgundy(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula425'])).
% 18.84/2.81 fof('$inc_act2_formula425', axiom, (! [X] : (whiteburgundy(X) => burgundy(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula237_$sk', plain, (q31(X1) | ~burgundy(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula237'])).
% 18.84/2.81 fof('$inc_act2_formula237', axiom, (! [X] : (burgundy(X) => q31(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula584_$sk', plain, (whitewine(X1) | ~whiteburgundy(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula584'])).
% 18.84/2.81 fof('$inc_act2_formula584', axiom, (! [X] : (whiteburgundy(X) => whitewine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula572_$sk', plain, (whiteburgundy(X1) | ~meursault(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula572'])).
% 18.84/2.81 fof('$inc_act2_formula572', axiom, (! [X] : (meursault(X) => whiteburgundy(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula379_$sk', plain, (q68(X1) | ~whitebordeaux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula379'])).
% 18.84/2.81 fof('$inc_act2_formula379', axiom, (! [X] : (whitebordeaux(X) => q68(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula549_$sk', plain, (semillonorsauvignonblanc(X1) | (~wine(X1) | ~q68(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula549'])).
% 18.84/2.81 fof('$inc_act2_formula549', axiom, (! [X] : ((q68(X) & wine(X)) => semillonorsauvignonblanc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula489_$sk', plain, (medoc(X1) | ~margaux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula489'])).
% 18.84/2.81 fof('$inc_act2_formula489', axiom, (! [X] : (margaux(X) => medoc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula653_$sk', plain, (winecolor(X1) | ~winedescriptor(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula653'])).
% 18.84/2.81 fof('$inc_act2_formula653', axiom, (! [X] : (winedescriptor(X) => winecolor(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula953_$sk', plain, (kaon2equal(X3,X2) | (~hasflavor(X1,X2) | ~hasflavor(X1,X3))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula953'])).
% 18.84/2.81 fof('$inc_act2_formula953', axiom, (! [X,Y1,Y2] : ((hasflavor(X,Y1) & hasflavor(X,Y2)) => kaon2equal(Y1,Y2))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula5_$sk', plain, (hasflavor(X2,X1) | ~hasflavor_aux(X2,X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula5'])).
% 18.84/2.81 fof('$inc_act2_formula5', axiom, (! [X,Y] : (hasflavor_aux(X,Y) => hasflavor(X,Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula53', axiom, hasflavor_aux(selaksicewine,moderate),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula649_$sk', plain, (winebody(X2) | ~hasbody(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula649'])).
% 18.84/2.81 fof('$inc_act2_formula649', axiom, (! [X,Y] : (hasbody(X,Y) => winebody(Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula104_$sk', plain, (sauvignonblanc(X1) | ~sauvignonblanc_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula104'])).
% 18.84/2.81 fof('$inc_act2_formula104', axiom, (! [X] : (sauvignonblanc_aux(X) => sauvignonblanc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula485', axiom, sauvignonblanc_aux(selakssauvignonblanc),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula532_$sk', plain, (riesling(X1) | ~dryriesling(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula532'])).
% 18.84/2.81 fof('$inc_act2_formula532', axiom, (! [X] : (dryriesling(X) => riesling(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula100_$sk', plain, (region(X1) | ~region_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula100'])).
% 18.84/2.81 fof('$inc_act2_formula100', axiom, (! [X] : (region_aux(X) => region(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula399_$sk', plain, (q72(X1) | ~redburgundy(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula399'])).
% 18.84/2.81 fof('$inc_act2_formula399', axiom, (! [X] : (redburgundy(X) => q72(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula508_$sk', plain, (pinotnoir(X1) | ~q72(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula508'])).
% 18.84/2.81 fof('$inc_act2_formula508', axiom, (! [X] : (q72(X) => pinotnoir(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula148_$sk', plain, (q13(X1) | ~margaux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula148'])).
% 18.84/2.81 fof('$inc_act2_formula148', axiom, (! [X] : (margaux(X) => q13(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula494_$sk', plain, (merlot(X1) | ~q13(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula494'])).
% 18.84/2.81 fof('$inc_act2_formula494', axiom, (! [X] : (q13(X) => merlot(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula447_$sk', plain, (dessertwine(X2) | (~kaon2equal(X2,X1) | ~dessertwine(X1))),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula447'])).
% 18.84/2.81 fof('$inc_act2_formula447', axiom, (! [Y,X] : ((dessertwine(Y) & kaon2equal(X,Y)) => dessertwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula446_$sk', plain, (dessertwine(X1) | ~icewine(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula446'])).
% 18.84/2.81 fof('$inc_act2_formula446', axiom, (! [X] : (icewine(X) => dessertwine(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula84_$sk', plain, (cheninblanc(X1) | ~cheninblanc_aux(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula84'])).
% 18.84/2.81 fof('$inc_act2_formula84', axiom, (! [X] : (cheninblanc_aux(X) => cheninblanc(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula430', axiom, cheninblanc_aux(ventanacheninblanc),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula365_$sk', plain, (q63(X1) | ~whiteburgundy(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula365'])).
% 18.84/2.81 fof('$inc_act2_formula365', axiom, (! [X] : (whiteburgundy(X) => q63(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula436_$sk', plain, (chardonnay(X1) | ~q63(X1)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula436'])).
% 18.84/2.81 fof('$inc_act2_formula436', axiom, (! [X] : (q63(X) => chardonnay(X))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula417', axiom, cabernetsauvignon_aux(mariettacabernetsauvignon),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula659_$sk', plain, (wineflavor(X2) | ~hasflavor(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula659'])).
% 18.84/2.81 fof('$inc_act2_formula659', axiom, (! [X,Y] : (hasflavor(X,Y) => wineflavor(Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act2_formula665_$sk', plain, (winesugar(X2) | ~hassugar(X1,X2)),
% 18.84/2.81 inference(negpush_and_skolemize,[],['$inc_act2_formula665'])).
% 18.84/2.81 fof('$inc_act2_formula665', axiom, (! [X,Y] : (hassugar(X,Y) => winesugar(Y))),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula334', axiom, winegrape_aux(petitesyrahgrape),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula471', axiom, region_aux(bourgogneregion),
% 18.84/2.81 input).
% 18.84/2.81 fof('$inc_act1_formula393', axiom, winery_aux(handley),
% 18.84/2.81 input).
% 18.84/2.81 cnf('1', plain, (~locatedin(X,Y) | ~ot____nom15(Y) | q48(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula300_$sk'])).
% 18.84/2.81 cnf('2', plain, (~ot____nom15_aux(X) | ot____nom15(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula16_$sk'])).
% 18.84/2.81 cnf('3', plain, (ot____nom15_aux(californiaregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula251'])).
% 18.84/2.81 cnf('4', plain, (ot____nom15(californiaregion)),
% 18.84/2.81 inference(resolution,[],['2','3'])).
% 18.84/2.81 cnf('5', plain, (~locatedin(X,californiaregion) | q48(X)),
% 18.84/2.81 inference(resolution,[],['1','4'])).
% 18.84/2.81 cnf('6', plain, (locatedin_aux(santacruzmountainsregion,californiaregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula217'])).
% 18.84/2.81 cnf('7', plain, (~locatedin_aux(X,Y) | locatedin(X,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula2_$sk'])).
% 18.84/2.81 cnf('8', plain, (locatedin(santacruzmountainsregion,californiaregion)),
% 18.84/2.81 inference(resolution,[],['6','7'])).
% 18.84/2.81 cnf('9', plain, (~locatedin(X,Y) | ~locatedin(Z,X) | locatedin(Z,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula886_$sk'])).
% 18.84/2.81 cnf('10', plain, (~locatedin(X,santacruzmountainsregion) | locatedin(X,californiaregion)),
% 18.84/2.81 inference(resolution,[],['8','9'])).
% 18.84/2.81 cnf('11', plain, (locatedin_aux(santacruzmountainvineyardcabernetsauvignon,santacruzmountainsregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula214'])).
% 18.84/2.81 cnf('12', plain, (locatedin(santacruzmountainvineyardcabernetsauvignon,santacruzmountainsregion)),
% 18.84/2.81 inference(resolution,[],['11','7'])).
% 18.84/2.81 cnf('13', plain, (locatedin(santacruzmountainvineyardcabernetsauvignon,californiaregion)),
% 18.84/2.81 inference(resolution,[],['10','12'])).
% 18.84/2.81 cnf('14', plain, (q48(santacruzmountainvineyardcabernetsauvignon)),
% 18.84/2.81 inference(resolution,[],['5','13'])).
% 18.84/2.81 cnf('15', plain, (~q48(X) | ~wine(X) | californiawine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula434_$sk'])).
% 18.84/2.81 cnf('16', plain, (~cabernetsauvignon_aux(X) | cabernetsauvignon(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula82_$sk'])).
% 18.84/2.81 cnf('17', plain, (cabernetsauvignon_aux(santacruzmountainvineyardcabernetsauvignon)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula419'])).
% 18.84/2.81 cnf('18', plain, (cabernetsauvignon(santacruzmountainvineyardcabernetsauvignon)),
% 18.84/2.81 inference(resolution,[],['16','17'])).
% 18.84/2.81 cnf('19', plain, (~cabernetsauvignon(X) | wine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula635_$sk'])).
% 18.84/2.81 cnf('20', plain, (wine(santacruzmountainvineyardcabernetsauvignon)),
% 18.84/2.81 inference(resolution,[],['18','19'])).
% 18.84/2.81 cnf('21', plain, (californiawine(santacruzmountainvineyardcabernetsauvignon)),
% 18.84/2.81 inference(resolution,[then_simplify],['14','15','20'])).
% 18.84/2.81 cnf('22', plain, (~locatedin(X,Y) | ~ot____nom17(Y) | q50(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula329_$sk'])).
% 18.84/2.81 cnf('23', plain, (~ot____nom17_aux(X) | ot____nom17(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula18_$sk'])).
% 18.84/2.81 cnf('24', plain, (ot____nom17_aux(germanyregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula253'])).
% 18.84/2.81 cnf('25', plain, (ot____nom17(germanyregion)),
% 18.84/2.81 inference(resolution,[],['23','24'])).
% 18.84/2.81 cnf('26', plain, (~locatedin(X,germanyregion) | q50(X)),
% 18.84/2.81 inference(resolution,[],['22','25'])).
% 18.84/2.81 cnf('27', plain, (locatedin_aux(schlossvolradtrochenbierenausleseriesling,germanyregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula235'])).
% 18.84/2.81 cnf('28', plain, (locatedin(schlossvolradtrochenbierenausleseriesling,germanyregion)),
% 18.84/2.81 inference(resolution,[],['27','7'])).
% 18.84/2.81 cnf('29', plain, (q50(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(resolution,[],['26','28'])).
% 18.84/2.81 cnf('30', plain, (~q50(X) | ~wine(X) | germanwine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula467_$sk'])).
% 18.84/2.81 cnf('31', plain, (~sweetriesling_aux(X) | sweetriesling(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula107_$sk'])).
% 18.84/2.81 cnf('32', plain, (sweetriesling_aux(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula490'])).
% 18.84/2.81 cnf('33', plain, (sweetriesling(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(resolution,[],['31','32'])).
% 18.84/2.81 cnf('34', plain, (~sweetriesling(X) | dessertwine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula445_$sk'])).
% 18.84/2.81 cnf('35', plain, (dessertwine(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(resolution,[],['33','34'])).
% 18.84/2.81 cnf('36', plain, (~dessertwine(X) | wine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula628_$sk'])).
% 18.84/2.81 cnf('37', plain, (wine(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(resolution,[],['35','36'])).
% 18.84/2.81 cnf('38', plain, (germanwine(schlossvolradtrochenbierenausleseriesling)),
% 18.84/2.81 inference(resolution,[then_simplify],['29','30','37'])).
% 18.84/2.81 cnf('39', plain, (~locatedin(X,Y) | ~ot____nom10(Y) | q74(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula405_$sk'])).
% 18.84/2.81 cnf('40', plain, (~ot____nom10_aux(X) | ot____nom10(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula11_$sk'])).
% 18.84/2.81 cnf('41', plain, (ot____nom10_aux(texasregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula246'])).
% 18.84/2.81 cnf('42', plain, (ot____nom10(texasregion)),
% 18.84/2.81 inference(resolution,[],['40','41'])).
% 18.84/2.81 cnf('43', plain, (~locatedin(X,texasregion) | q74(X)),
% 18.84/2.81 inference(resolution,[],['39','42'])).
% 18.84/2.81 cnf('44', plain, (locatedin_aux(centraltexasregion,texasregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula197'])).
% 18.84/2.81 cnf('45', plain, (locatedin(centraltexasregion,texasregion)),
% 18.84/2.81 inference(resolution,[],['44','7'])).
% 18.84/2.81 cnf('46', plain, (~locatedin(X,centraltexasregion) | locatedin(X,texasregion)),
% 18.84/2.81 inference(resolution,[],['9','45'])).
% 18.84/2.81 cnf('47', plain, (locatedin_aux(stgenevievetexaswhite,centraltexasregion)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula181'])).
% 18.84/2.81 cnf('48', plain, (locatedin(stgenevievetexaswhite,centraltexasregion)),
% 18.84/2.81 inference(resolution,[],['47','7'])).
% 18.84/2.81 cnf('49', plain, (locatedin(stgenevievetexaswhite,texasregion)),
% 18.84/2.81 inference(resolution,[],['46','48'])).
% 18.84/2.81 cnf('50', plain, (q74(stgenevievetexaswhite)),
% 18.84/2.81 inference(resolution,[],['43','49'])).
% 18.84/2.81 cnf('51', plain, (~q74(X) | ~wine(X) | texaswine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula562_$sk'])).
% 18.84/2.81 cnf('52', plain, (~whitewine_aux(X) | whitewine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula110_$sk'])).
% 18.84/2.81 cnf('53', plain, (whitewine_aux(stgenevievetexaswhite)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula409'])).
% 18.84/2.81 cnf('54', plain, (whitewine(stgenevievetexaswhite)),
% 18.84/2.81 inference(resolution,[],['52','53'])).
% 18.84/2.81 cnf('55', plain, (~whitewine(X) | wine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula627_$sk'])).
% 18.84/2.81 cnf('56', plain, (wine(stgenevievetexaswhite)),
% 18.84/2.81 inference(resolution,[],['54','55'])).
% 18.84/2.81 cnf('57', plain, (texaswine(stgenevievetexaswhite)),
% 18.84/2.81 inference(resolution,[then_simplify],['50','51','56'])).
% 18.84/2.81 cnf('58', plain, (~hascolor_aux(X,Y) | hascolor(X,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula6_$sk'])).
% 18.84/2.81 cnf('59', plain, (hascolor_aux(selaksicewine,white)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula42'])).
% 18.84/2.81 cnf('60', plain, (hascolor(selaksicewine,white)),
% 18.84/2.81 inference(resolution,[],['58','59'])).
% 18.84/2.81 cnf('61', plain, (~hascolor(X,Y) | ~hascolor(X,Z) | kaon2equal(Z,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula956_$sk'])).
% 18.84/2.81 cnf('62', plain, (~hascolor(selaksicewine,X) | kaon2equal(X,white)),
% 18.84/2.81 inference(resolution,[],['60','61'])).
% 18.84/2.81 cnf('63', plain, (hascolor(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula829_$sk'])).
% 18.84/2.81 cnf('64', plain, (~icewine_aux(X) | icewine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula89_$sk'])).
% 18.84/2.81 cnf('65', plain, (icewine_aux(selaksicewine)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula414'])).
% 18.84/2.81 cnf('66', plain, (icewine(selaksicewine)),
% 18.84/2.81 inference(resolution,[],['64','65'])).
% 18.84/2.81 cnf('67', plain, (~icewine(X) | q12(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula137_$sk'])).
% 18.84/2.81 cnf('68', plain, (q12(selaksicewine)),
% 18.84/2.81 inference(resolution,[],['66','67'])).
% 18.84/2.81 cnf('69', plain, (~q12(X) | wine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula611_$sk'])).
% 18.84/2.81 cnf('70', plain, (wine(selaksicewine)),
% 18.84/2.81 inference(resolution,[],['68','69'])).
% 18.84/2.81 cnf('71', plain, (kaon2namedobjects(selaksicewine)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula506'])).
% 18.84/2.81 cnf('72', plain, (kaon2equal(selaksicewine,white)),
% 18.84/2.81 inference(resolution,[then_simplify],['62','63','70','71'])).
% 18.84/2.81 cnf('73', plain, (~kaon2equal(X,Y) | ~hascolor(Z,Y) | hascolor(Z,X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula832_$sk'])).
% 18.84/2.81 cnf('74', plain, (~hascolor(X,white) | hascolor(X,selaksicewine)),
% 18.84/2.81 inference(resolution,[],['72','73'])).
% 18.84/2.81 cnf('75', plain, (hascolor(selaksicewine,selaksicewine)),
% 18.84/2.81 inference(resolution,[],['74','60'])).
% 18.84/2.81 cnf('76', plain, (~hascolor(selaksicewine,X) | kaon2equal(X,selaksicewine)),
% 18.84/2.81 inference(resolution,[],['75','61'])).
% 18.84/2.81 cnf('77', plain, (kaon2equal(white,selaksicewine)),
% 18.84/2.81 inference(resolution,[],['76','60'])).
% 18.84/2.81 cnf('78', plain, (~q70(X) | q71(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula395_$sk'])).
% 18.84/2.81 cnf('79', plain, (~q71(X) | ~wine(X) | sweetwine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula556_$sk'])).
% 18.84/2.81 cnf('80', plain, (~q70(X) | ~wine(X) | sweetwine(X)),
% 18.84/2.81 inference(resolution,[],['78','79'])).
% 18.84/2.81 cnf('81', plain, (~icewine(X) | lateharvest(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula476_$sk'])).
% 18.84/2.81 cnf('82', plain, (lateharvest(selaksicewine)),
% 18.84/2.81 inference(resolution,[],['66','81'])).
% 18.84/2.81 cnf('83', plain, (~lateharvest(X) | q70(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula393_$sk'])).
% 18.84/2.81 cnf('84', plain, (q70(selaksicewine)),
% 18.84/2.81 inference(resolution,[],['82','83'])).
% 18.84/2.81 cnf('85', plain, (sweetwine(selaksicewine)),
% 18.84/2.81 inference(resolution,[then_simplify],['80','84','70'])).
% 18.84/2.81 cnf('86', plain, (~kaon2equal(X,Y) | ~sweetwine(Y) | sweetwine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula557_$sk'])).
% 18.84/2.81 cnf('87', plain, (~kaon2equal(X,selaksicewine) | sweetwine(X)),
% 18.84/2.81 inference(resolution,[],['85','86'])).
% 18.84/2.81 cnf('88', plain, (sweetwine(white)),
% 18.84/2.81 inference(resolution,[],['77','87'])).
% 18.84/2.81 cnf('89', plain, (~sweetwine(X) | wine(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula600_$sk'])).
% 18.84/2.81 cnf('90', plain, (wine(white)),
% 18.84/2.81 inference(resolution,[],['88','89'])).
% 18.84/2.81 cnf('91', plain, (~kaon2equal(X,Y) | ~hasmaker(Y,Z) | hasmaker(X,Z)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula841_$sk'])).
% 18.84/2.81 cnf('92', plain, (~hasmaker(white,X) | hasmaker(selaksicewine,X)),
% 18.84/2.81 inference(resolution,[],['72','91'])).
% 18.84/2.81 cnf('93', plain, (hasmaker(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula840_$sk'])).
% 18.84/2.81 cnf('94', plain, (kaon2namedobjects(white)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula615'])).
% 18.84/2.81 cnf('95', plain, (~wine(white) | hasmaker(selaksicewine,white)),
% 18.84/2.81 inference(resolution,[then_simplify],['92','93','94'])).
% 18.84/2.81 cnf('96', plain, (~hasmaker(X,Y) | produceswine(Y,X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula914_$sk'])).
% 18.84/2.81 cnf('97', plain, (~wine(white) | produceswine(white,selaksicewine)),
% 18.84/2.81 inference(resolution,[],['95','96'])).
% 18.84/2.81 cnf('98', plain, (~madefromgrape_aux(X,Y) | madefromgrape(X,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula1_$sk'])).
% 18.84/2.81 cnf('99', plain, (madefromgrape_aux(chateaudychemsauterne,sauvignonblancgrape)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act1_formula244'])).
% 18.84/2.81 cnf('100', plain, (madefromgrape(chateaudychemsauterne,sauvignonblancgrape)),
% 18.84/2.81 inference(resolution,[],['98','99'])).
% 18.84/2.81 cnf('101', plain, (~madefromgrape(X,Y) | madeintowine(Y,X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula911_$sk'])).
% 18.84/2.81 cnf('102', plain, (madeintowine(sauvignonblancgrape,chateaudychemsauterne)),
% 18.84/2.81 inference(resolution,[],['100','101'])).
% 18.84/2.81 cnf('103', plain, (~madeintowine(X,Y) | ~madefromfruit(Z,U) | ~produceswine(V,W) | ~haswinedescriptor(X2006,X2007) | ~hasvintageyear(X2008,X2009) | ~hasbody(X2010,X2011) | ~hascolor(X2012,X2013) | ~hasflavor(X2014,X2015) | ~hasmaker(X2016,X2017) | ~hassugar(X2018,X2019) | ~locatedin(X2020,X2021) | ~madefromgrape(X2022,X2023) | ~winetaste(X2024) | ~winedescriptor(X2025) | ~vintage(X2026) | ~potableliquid(X2027) | ~whiteloire(X2028) | ~grape(X2029) | ~drywhitewine(X2030) | ~dryredwine(X2031) | ~redbordeaux(X2032) | ~texaswine(X2033) | ~lateharvest(X2034) | ~sweetwine(X2035) | ~whitebordeaux(X2036) | ~italianwine(X2037) | ~loire(X2038) | ~germanwine(X2039) | ~californiawine(X2040) | ~californiawine(X2041) | ~whitenonsweetwine(X2042) | ~fullbodiedwine(X2043) | ~drywine(X2044) | ~tablewine(X2045) | ~wine(X2046) | ~redburgundy(X2047) | ~burgundy(X2048) | ~americanwine(X2049) | ~rosewine(X2050) | ~gamay(X2051) | ~semillonorsauvignonblanc(X2052) | ~pinotblanc(X2053) | ~whitetablewine(X2054) | ~bordeaux(X2055) | ~redwine(X2056) | ~medoc(X2057) | ~winecolor(X2058) | ~winebody(X2059) | ~whitewine(X2060) | ~whiteburgundy(X2061) | ~vintageyear(X2062) | ~sweetriesling(X2063) | ~stemilion(X2064) | ~semillon(X2065) | ~sauvignonblanc(X2066) | ~sauternes(X2067) | ~sancerre(X2068) | ~riesling(X2069) | ~region(X2070) | ~redtablewine(X2071) | ~port(X2072) | ~pinotnoir(X2073) | ~petitesyrah(X2074) | ~pauillac(X2075) | ~muscadet(X2076) | ~meursault(X2077) | ~merlot(X2078) | ~meritage(X2079) | ~margaux(X2080) | ~icewine(X2081) | ~dryriesling(X2082) | ~dessertwine(X2083) | ~cotesdor(X2084) | ~chianti(X2085) | ~cheninblanc(X2086) | ~chardonnay(X2087) | ~cabernetsauvignon(X2088) | ~cabernetfranc(X2089) | ~beaujolais(X2090) | ~anjou(X2091) | ~wineflavor(X2092) | ~winesugar(X2093) | ~winegrape(X2094) | ~winery(X2095) | ~zinfandel(X2096)),
% 18.84/2.81 inference(cnf_transformation,[],['all_$sk'])).
% 18.84/2.81 cnf('104', plain, (~madeintowine(X,Y) | ~madefromfruit(Z,U) | ~produceswine(V,W) | ~haswinedescriptor(X2006,X2007) | ~hasvintageyear(X2008,X2009) | ~hasbody(X2010,X2011) | ~hascolor(X2012,X2013) | ~hasflavor(X2014,X2015) | ~hasmaker(X2016,X2017) | ~hassugar(X2018,X2019) | ~locatedin(X2020,X2021) | ~madefromgrape(X2022,X2023) | ~winetaste(X2024) | ~winedescriptor(X2025) | ~vintage(X2026) | ~potableliquid(X2027) | ~whiteloire(X2028) | ~grape(X2029) | ~drywhitewine(X2030) | ~dryredwine(X2031) | ~redbordeaux(X2032) | ~texaswine(X2033) | ~lateharvest(X2034) | ~sweetwine(X2035) | ~whitebordeaux(X2036) | ~italianwine(X2037) | ~loire(X2038) | ~germanwine(X2039) | ~californiawine(X2040) | ~whitenonsweetwine(X2041) | ~fullbodiedwine(X2042) | ~drywine(X2043) | ~tablewine(X2044) | ~wine(X2045) | ~redburgundy(X2046) | ~burgundy(X2047) | ~americanwine(X2048) | ~rosewine(X2049) | ~gamay(X2050) | ~semillonorsauvignonblanc(X2051) | ~pinotblanc(X2052) | ~whitetablewine(X2053) | ~bordeaux(X2054) | ~redwine(X2055) | ~medoc(X2056) | ~winecolor(X2057) | ~winebody(X2058) | ~whitewine(X2059) | ~whiteburgundy(X2060) | ~vintageyear(X2061) | ~sweetriesling(X2062) | ~stemilion(X2063) | ~semillon(X2064) | ~sauvignonblanc(X2065) | ~sauternes(X2066) | ~sancerre(X2067) | ~riesling(X2068) | ~region(X2069) | ~redtablewine(X2070) | ~port(X2071) | ~pinotnoir(X2072) | ~petitesyrah(X2073) | ~pauillac(X2074) | ~muscadet(X2075) | ~meursault(X2076) | ~merlot(X2077) | ~meritage(X2078) | ~margaux(X2079) | ~icewine(X2080) | ~dryriesling(X2081) | ~dessertwine(X2082) | ~cotesdor(X2083) | ~chianti(X2084) | ~cheninblanc(X2085) | ~chardonnay(X2086) | ~cabernetsauvignon(X2087) | ~cabernetfranc(X2088) | ~beaujolais(X2089) | ~anjou(X2090) | ~wineflavor(X2091) | ~winesugar(X2092) | ~winegrape(X2093) | ~winery(X2094) | ~zinfandel(X2095)),
% 18.84/2.81 inference(factorization,[],['103'])).
% 18.84/2.81 cnf('105', plain, (~madefromfruit(X,Y) | ~produceswine(Z,U) | ~haswinedescriptor(V,W) | ~hasvintageyear(X2006,X2007) | ~hasbody(X2008,X2009) | ~hascolor(X2010,X2011) | ~hasflavor(X2012,X2013) | ~hasmaker(X2014,X2015) | ~hassugar(X2016,X2017) | ~locatedin(X2018,X2019) | ~madefromgrape(X2020,X2021) | ~winetaste(X2022) | ~winedescriptor(X2023) | ~vintage(X2024) | ~potableliquid(X2025) | ~whiteloire(X2026) | ~grape(X2027) | ~drywhitewine(X2028) | ~dryredwine(X2029) | ~redbordeaux(X2030) | ~texaswine(X2031) | ~lateharvest(X2032) | ~sweetwine(X2033) | ~whitebordeaux(X2034) | ~italianwine(X2035) | ~loire(X2036) | ~germanwine(X2037) | ~californiawine(X2038) | ~whitenonsweetwine(X2039) | ~fullbodiedwine(X2040) | ~drywine(X2041) | ~tablewine(X2042) | ~wine(X2043) | ~redburgundy(X2044) | ~burgundy(X2045) | ~americanwine(X2046) | ~rosewine(X2047) | ~gamay(X2048) | ~semillonorsauvignonblanc(X2049) | ~pinotblanc(X2050) | ~whitetablewine(X2051) | ~bordeaux(X2052) | ~redwine(X2053) | ~medoc(X2054) | ~winecolor(X2055) | ~winebody(X2056) | ~whitewine(X2057) | ~whiteburgundy(X2058) | ~vintageyear(X2059) | ~sweetriesling(X2060) | ~stemilion(X2061) | ~semillon(X2062) | ~sauvignonblanc(X2063) | ~sauternes(X2064) | ~sancerre(X2065) | ~riesling(X2066) | ~region(X2067) | ~redtablewine(X2068) | ~port(X2069) | ~pinotnoir(X2070) | ~petitesyrah(X2071) | ~pauillac(X2072) | ~muscadet(X2073) | ~meursault(X2074) | ~merlot(X2075) | ~meritage(X2076) | ~margaux(X2077) | ~icewine(X2078) | ~dryriesling(X2079) | ~dessertwine(X2080) | ~cotesdor(X2081) | ~chianti(X2082) | ~cheninblanc(X2083) | ~chardonnay(X2084) | ~cabernetsauvignon(X2085) | ~cabernetfranc(X2086) | ~beaujolais(X2087) | ~anjou(X2088) | ~wineflavor(X2089) | ~winesugar(X2090) | ~winegrape(X2091) | ~winery(X2092) | ~zinfandel(X2093)),
% 18.84/2.81 inference(resolution,[],['102','104'])).
% 18.84/2.81 cnf('106', plain, (~madefromgrape(X,Y) | madefromfruit(X,Y)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula888_$sk'])).
% 18.84/2.81 cnf('107', plain, (~produceswine(X,Y) | ~haswinedescriptor(Z,U) | ~hasvintageyear(V,W) | ~hasbody(X2006,X2007) | ~hascolor(X2008,X2009) | ~hasflavor(X2010,X2011) | ~hasmaker(X2012,X2013) | ~hassugar(X2014,X2015) | ~locatedin(X2016,X2017) | ~madefromgrape(X2018,X2019) | ~madefromgrape(X2020,X2021) | ~winetaste(X2022) | ~winedescriptor(X2023) | ~vintage(X2024) | ~potableliquid(X2025) | ~whiteloire(X2026) | ~grape(X2027) | ~drywhitewine(X2028) | ~dryredwine(X2029) | ~redbordeaux(X2030) | ~texaswine(X2031) | ~lateharvest(X2032) | ~sweetwine(X2033) | ~whitebordeaux(X2034) | ~italianwine(X2035) | ~loire(X2036) | ~germanwine(X2037) | ~californiawine(X2038) | ~whitenonsweetwine(X2039) | ~fullbodiedwine(X2040) | ~drywine(X2041) | ~tablewine(X2042) | ~wine(X2043) | ~redburgundy(X2044) | ~burgundy(X2045) | ~americanwine(X2046) | ~rosewine(X2047) | ~gamay(X2048) | ~semillonorsauvignonblanc(X2049) | ~pinotblanc(X2050) | ~whitetablewine(X2051) | ~bordeaux(X2052) | ~redwine(X2053) | ~medoc(X2054) | ~winecolor(X2055) | ~winebody(X2056) | ~whitewine(X2057) | ~whiteburgundy(X2058) | ~vintageyear(X2059) | ~sweetriesling(X2060) | ~stemilion(X2061) | ~semillon(X2062) | ~sauvignonblanc(X2063) | ~sauternes(X2064) | ~sancerre(X2065) | ~riesling(X2066) | ~region(X2067) | ~redtablewine(X2068) | ~port(X2069) | ~pinotnoir(X2070) | ~petitesyrah(X2071) | ~pauillac(X2072) | ~muscadet(X2073) | ~meursault(X2074) | ~merlot(X2075) | ~meritage(X2076) | ~margaux(X2077) | ~icewine(X2078) | ~dryriesling(X2079) | ~dessertwine(X2080) | ~cotesdor(X2081) | ~chianti(X2082) | ~cheninblanc(X2083) | ~chardonnay(X2084) | ~cabernetsauvignon(X2085) | ~cabernetfranc(X2086) | ~beaujolais(X2087) | ~anjou(X2088) | ~wineflavor(X2089) | ~winesugar(X2090) | ~winegrape(X2091) | ~winery(X2092) | ~zinfandel(X2093)),
% 18.84/2.81 inference(resolution,[],['105','106'])).
% 18.84/2.81 cnf('108', plain, (~produceswine(X,Y) | ~haswinedescriptor(Z,U) | ~hasvintageyear(V,W) | ~hasbody(X2006,X2007) | ~hascolor(X2008,X2009) | ~hasflavor(X2010,X2011) | ~hasmaker(X2012,X2013) | ~hassugar(X2014,X2015) | ~locatedin(X2016,X2017) | ~madefromgrape(X2018,X2019) | ~winetaste(X2020) | ~winedescriptor(X2021) | ~vintage(X2022) | ~potableliquid(X2023) | ~whiteloire(X2024) | ~grape(X2025) | ~drywhitewine(X2026) | ~dryredwine(X2027) | ~redbordeaux(X2028) | ~texaswine(X2029) | ~lateharvest(X2030) | ~sweetwine(X2031) | ~whitebordeaux(X2032) | ~italianwine(X2033) | ~loire(X2034) | ~germanwine(X2035) | ~californiawine(X2036) | ~whitenonsweetwine(X2037) | ~fullbodiedwine(X2038) | ~drywine(X2039) | ~tablewine(X2040) | ~wine(X2041) | ~redburgundy(X2042) | ~burgundy(X2043) | ~americanwine(X2044) | ~rosewine(X2045) | ~gamay(X2046) | ~semillonorsauvignonblanc(X2047) | ~pinotblanc(X2048) | ~whitetablewine(X2049) | ~bordeaux(X2050) | ~redwine(X2051) | ~medoc(X2052) | ~winecolor(X2053) | ~winebody(X2054) | ~whitewine(X2055) | ~whiteburgundy(X2056) | ~vintageyear(X2057) | ~sweetriesling(X2058) | ~stemilion(X2059) | ~semillon(X2060) | ~sauvignonblanc(X2061) | ~sauternes(X2062) | ~sancerre(X2063) | ~riesling(X2064) | ~region(X2065) | ~redtablewine(X2066) | ~port(X2067) | ~pinotnoir(X2068) | ~petitesyrah(X2069) | ~pauillac(X2070) | ~muscadet(X2071) | ~meursault(X2072) | ~merlot(X2073) | ~meritage(X2074) | ~margaux(X2075) | ~icewine(X2076) | ~dryriesling(X2077) | ~dessertwine(X2078) | ~cotesdor(X2079) | ~chianti(X2080) | ~cheninblanc(X2081) | ~chardonnay(X2082) | ~cabernetsauvignon(X2083) | ~cabernetfranc(X2084) | ~beaujolais(X2085) | ~anjou(X2086) | ~wineflavor(X2087) | ~winesugar(X2088) | ~winegrape(X2089) | ~winery(X2090) | ~zinfandel(X2091)),
% 18.84/2.81 inference(factorization,[],['107'])).
% 18.84/2.81 cnf('109', plain, (~wine(white) | ~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~vintage(X2020) | ~potableliquid(X2021) | ~whiteloire(X2022) | ~grape(X2023) | ~drywhitewine(X2024) | ~dryredwine(X2025) | ~redbordeaux(X2026) | ~texaswine(X2027) | ~lateharvest(X2028) | ~sweetwine(X2029) | ~whitebordeaux(X2030) | ~italianwine(X2031) | ~loire(X2032) | ~germanwine(X2033) | ~californiawine(X2034) | ~whitenonsweetwine(X2035) | ~fullbodiedwine(X2036) | ~drywine(X2037) | ~tablewine(X2038) | ~wine(X2039) | ~redburgundy(X2040) | ~burgundy(X2041) | ~americanwine(X2042) | ~rosewine(X2043) | ~gamay(X2044) | ~semillonorsauvignonblanc(X2045) | ~pinotblanc(X2046) | ~whitetablewine(X2047) | ~bordeaux(X2048) | ~redwine(X2049) | ~medoc(X2050) | ~winecolor(X2051) | ~winebody(X2052) | ~whitewine(X2053) | ~whiteburgundy(X2054) | ~vintageyear(X2055) | ~sweetriesling(X2056) | ~stemilion(X2057) | ~semillon(X2058) | ~sauvignonblanc(X2059) | ~sauternes(X2060) | ~sancerre(X2061) | ~riesling(X2062) | ~region(X2063) | ~redtablewine(X2064) | ~port(X2065) | ~pinotnoir(X2066) | ~petitesyrah(X2067) | ~pauillac(X2068) | ~muscadet(X2069) | ~meursault(X2070) | ~merlot(X2071) | ~meritage(X2072) | ~margaux(X2073) | ~icewine(X2074) | ~dryriesling(X2075) | ~dessertwine(X2076) | ~cotesdor(X2077) | ~chianti(X2078) | ~cheninblanc(X2079) | ~chardonnay(X2080) | ~cabernetsauvignon(X2081) | ~cabernetfranc(X2082) | ~beaujolais(X2083) | ~anjou(X2084) | ~wineflavor(X2085) | ~winesugar(X2086) | ~winegrape(X2087) | ~winery(X2088) | ~zinfandel(X2089)),
% 18.84/2.81 inference(resolution,[],['97','108'])).
% 18.84/2.81 cnf('110', plain, (~wine(white) | ~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~vintage(X2020) | ~potableliquid(X2021) | ~whiteloire(X2022) | ~grape(X2023) | ~drywhitewine(X2024) | ~dryredwine(X2025) | ~redbordeaux(X2026) | ~texaswine(X2027) | ~lateharvest(X2028) | ~sweetwine(X2029) | ~whitebordeaux(X2030) | ~italianwine(X2031) | ~loire(X2032) | ~germanwine(X2033) | ~californiawine(X2034) | ~whitenonsweetwine(X2035) | ~fullbodiedwine(X2036) | ~drywine(X2037) | ~tablewine(X2038) | ~redburgundy(X2039) | ~burgundy(X2040) | ~americanwine(X2041) | ~rosewine(X2042) | ~gamay(X2043) | ~semillonorsauvignonblanc(X2044) | ~pinotblanc(X2045) | ~whitetablewine(X2046) | ~bordeaux(X2047) | ~redwine(X2048) | ~medoc(X2049) | ~winecolor(X2050) | ~winebody(X2051) | ~whitewine(X2052) | ~whiteburgundy(X2053) | ~vintageyear(X2054) | ~sweetriesling(X2055) | ~stemilion(X2056) | ~semillon(X2057) | ~sauvignonblanc(X2058) | ~sauternes(X2059) | ~sancerre(X2060) | ~riesling(X2061) | ~region(X2062) | ~redtablewine(X2063) | ~port(X2064) | ~pinotnoir(X2065) | ~petitesyrah(X2066) | ~pauillac(X2067) | ~muscadet(X2068) | ~meursault(X2069) | ~merlot(X2070) | ~meritage(X2071) | ~margaux(X2072) | ~icewine(X2073) | ~dryriesling(X2074) | ~dessertwine(X2075) | ~cotesdor(X2076) | ~chianti(X2077) | ~cheninblanc(X2078) | ~chardonnay(X2079) | ~cabernetsauvignon(X2080) | ~cabernetfranc(X2081) | ~beaujolais(X2082) | ~anjou(X2083) | ~wineflavor(X2084) | ~winesugar(X2085) | ~winegrape(X2086) | ~winery(X2087) | ~zinfandel(X2088)),
% 18.84/2.81 inference(factorization,[],['109'])).
% 18.84/2.81 cnf('111', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~vintage(X2020) | ~potableliquid(X2021) | ~whiteloire(X2022) | ~grape(X2023) | ~drywhitewine(X2024) | ~dryredwine(X2025) | ~redbordeaux(X2026) | ~texaswine(X2027) | ~lateharvest(X2028) | ~sweetwine(X2029) | ~whitebordeaux(X2030) | ~italianwine(X2031) | ~loire(X2032) | ~germanwine(X2033) | ~californiawine(X2034) | ~whitenonsweetwine(X2035) | ~fullbodiedwine(X2036) | ~drywine(X2037) | ~tablewine(X2038) | ~redburgundy(X2039) | ~burgundy(X2040) | ~americanwine(X2041) | ~rosewine(X2042) | ~gamay(X2043) | ~semillonorsauvignonblanc(X2044) | ~pinotblanc(X2045) | ~whitetablewine(X2046) | ~bordeaux(X2047) | ~redwine(X2048) | ~medoc(X2049) | ~winecolor(X2050) | ~winebody(X2051) | ~whitewine(X2052) | ~whiteburgundy(X2053) | ~vintageyear(X2054) | ~sweetriesling(X2055) | ~stemilion(X2056) | ~semillon(X2057) | ~sauvignonblanc(X2058) | ~sauternes(X2059) | ~sancerre(X2060) | ~riesling(X2061) | ~region(X2062) | ~redtablewine(X2063) | ~port(X2064) | ~pinotnoir(X2065) | ~petitesyrah(X2066) | ~pauillac(X2067) | ~muscadet(X2068) | ~meursault(X2069) | ~merlot(X2070) | ~meritage(X2071) | ~margaux(X2072) | ~icewine(X2073) | ~dryriesling(X2074) | ~dessertwine(X2075) | ~cotesdor(X2076) | ~chianti(X2077) | ~cheninblanc(X2078) | ~chardonnay(X2079) | ~cabernetsauvignon(X2080) | ~cabernetfranc(X2081) | ~beaujolais(X2082) | ~anjou(X2083) | ~wineflavor(X2084) | ~winesugar(X2085) | ~winegrape(X2086) | ~winery(X2087) | ~zinfandel(X2088)),
% 18.84/2.81 inference(resolution,[],['90','110'])).
% 18.84/2.81 cnf('112', plain, (~hasvintageyear(X,Y) | vintage(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula566_$sk'])).
% 18.84/2.81 cnf('113', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasvintageyear(V,W) | ~hasbody(X2006,X2007) | ~hascolor(X2008,X2009) | ~hasflavor(X2010,X2011) | ~hasmaker(X2012,X2013) | ~hassugar(X2014,X2015) | ~locatedin(X2016,X2017) | ~madefromgrape(X2018,X2019) | ~winetaste(X2020) | ~winedescriptor(X2021) | ~potableliquid(X2022) | ~whiteloire(X2023) | ~grape(X2024) | ~drywhitewine(X2025) | ~dryredwine(X2026) | ~redbordeaux(X2027) | ~texaswine(X2028) | ~lateharvest(X2029) | ~sweetwine(X2030) | ~whitebordeaux(X2031) | ~italianwine(X2032) | ~loire(X2033) | ~germanwine(X2034) | ~californiawine(X2035) | ~whitenonsweetwine(X2036) | ~fullbodiedwine(X2037) | ~drywine(X2038) | ~tablewine(X2039) | ~redburgundy(X2040) | ~burgundy(X2041) | ~americanwine(X2042) | ~rosewine(X2043) | ~gamay(X2044) | ~semillonorsauvignonblanc(X2045) | ~pinotblanc(X2046) | ~whitetablewine(X2047) | ~bordeaux(X2048) | ~redwine(X2049) | ~medoc(X2050) | ~winecolor(X2051) | ~winebody(X2052) | ~whitewine(X2053) | ~whiteburgundy(X2054) | ~vintageyear(X2055) | ~sweetriesling(X2056) | ~stemilion(X2057) | ~semillon(X2058) | ~sauvignonblanc(X2059) | ~sauternes(X2060) | ~sancerre(X2061) | ~riesling(X2062) | ~region(X2063) | ~redtablewine(X2064) | ~port(X2065) | ~pinotnoir(X2066) | ~petitesyrah(X2067) | ~pauillac(X2068) | ~muscadet(X2069) | ~meursault(X2070) | ~merlot(X2071) | ~meritage(X2072) | ~margaux(X2073) | ~icewine(X2074) | ~dryriesling(X2075) | ~dessertwine(X2076) | ~cotesdor(X2077) | ~chianti(X2078) | ~cheninblanc(X2079) | ~chardonnay(X2080) | ~cabernetsauvignon(X2081) | ~cabernetfranc(X2082) | ~beaujolais(X2083) | ~anjou(X2084) | ~wineflavor(X2085) | ~winesugar(X2086) | ~winegrape(X2087) | ~winery(X2088) | ~zinfandel(X2089)),
% 18.84/2.81 inference(resolution,[],['111','112'])).
% 18.84/2.81 cnf('114', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~potableliquid(X2020) | ~whiteloire(X2021) | ~grape(X2022) | ~drywhitewine(X2023) | ~dryredwine(X2024) | ~redbordeaux(X2025) | ~texaswine(X2026) | ~lateharvest(X2027) | ~sweetwine(X2028) | ~whitebordeaux(X2029) | ~italianwine(X2030) | ~loire(X2031) | ~germanwine(X2032) | ~californiawine(X2033) | ~whitenonsweetwine(X2034) | ~fullbodiedwine(X2035) | ~drywine(X2036) | ~tablewine(X2037) | ~redburgundy(X2038) | ~burgundy(X2039) | ~americanwine(X2040) | ~rosewine(X2041) | ~gamay(X2042) | ~semillonorsauvignonblanc(X2043) | ~pinotblanc(X2044) | ~whitetablewine(X2045) | ~bordeaux(X2046) | ~redwine(X2047) | ~medoc(X2048) | ~winecolor(X2049) | ~winebody(X2050) | ~whitewine(X2051) | ~whiteburgundy(X2052) | ~vintageyear(X2053) | ~sweetriesling(X2054) | ~stemilion(X2055) | ~semillon(X2056) | ~sauvignonblanc(X2057) | ~sauternes(X2058) | ~sancerre(X2059) | ~riesling(X2060) | ~region(X2061) | ~redtablewine(X2062) | ~port(X2063) | ~pinotnoir(X2064) | ~petitesyrah(X2065) | ~pauillac(X2066) | ~muscadet(X2067) | ~meursault(X2068) | ~merlot(X2069) | ~meritage(X2070) | ~margaux(X2071) | ~icewine(X2072) | ~dryriesling(X2073) | ~dessertwine(X2074) | ~cotesdor(X2075) | ~chianti(X2076) | ~cheninblanc(X2077) | ~chardonnay(X2078) | ~cabernetsauvignon(X2079) | ~cabernetfranc(X2080) | ~beaujolais(X2081) | ~anjou(X2082) | ~wineflavor(X2083) | ~winesugar(X2084) | ~winegrape(X2085) | ~winery(X2086) | ~zinfandel(X2087)),
% 18.84/2.81 inference(factorization,[],['113'])).
% 18.84/2.81 cnf('115', plain, (~wine(X) | potableliquid(X)),
% 18.84/2.81 inference(cnf_transformation,[],['$inc_act2_formula512_$sk'])).
% 18.84/2.81 cnf('116', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~whiteloire(X2020) | ~grape(X2021) | ~drywhitewine(X2022) | ~dryredwine(X2023) | ~redbordeaux(X2024) | ~texaswine(X2025) | ~lateharvest(X2026) | ~sweetwine(X2027) | ~whitebordeaux(X2028) | ~italianwine(X2029) | ~loire(X2030) | ~germanwine(X2031) | ~californiawine(X2032) | ~whitenonsweetwine(X2033) | ~fullbodiedwine(X2034) | ~drywine(X2035) | ~tablewine(X2036) | ~wine(X2037) | ~redburgundy(X2038) | ~burgundy(X2039) | ~americanwine(X2040) | ~rosewine(X2041) | ~gamay(X2042) | ~semillonorsauvignonblanc(X2043) | ~pinotblanc(X2044) | ~whitetablewine(X2045) | ~bordeaux(X2046) | ~redwine(X2047) | ~medoc(X2048) | ~winecolor(X2049) | ~winebody(X2050) | ~whitewine(X2051) | ~whiteburgundy(X2052) | ~vintageyear(X2053) | ~sweetriesling(X2054) | ~stemilion(X2055) | ~semillon(X2056) | ~sauvignonblanc(X2057) | ~sauternes(X2058) | ~sancerre(X2059) | ~riesling(X2060) | ~region(X2061) | ~redtablewine(X2062) | ~port(X2063) | ~pinotnoir(X2064) | ~petitesyrah(X2065) | ~pauillac(X2066) | ~muscadet(X2067) | ~meursault(X2068) | ~merlot(X2069) | ~meritage(X2070) | ~margaux(X2071) | ~icewine(X2072) | ~dryriesling(X2073) | ~dessertwine(X2074) | ~cotesdor(X2075) | ~chianti(X2076) | ~cheninblanc(X2077) | ~chardonnay(X2078) | ~cabernetsauvignon(X2079) | ~cabernetfranc(X2080) | ~beaujolais(X2081) | ~anjou(X2082) | ~wineflavor(X2083) | ~winesugar(X2084) | ~winegrape(X2085) | ~winery(X2086) | ~zinfandel(X2087)),
% 18.84/2.82 inference(resolution,[],['114','115'])).
% 18.84/2.82 cnf('117', plain, (~wine(X) | ~q21(X) | whitewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula588_$sk'])).
% 18.84/2.82 cnf('118', plain, (~muscadet_aux(X) | muscadet(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula94_$sk'])).
% 18.84/2.82 cnf('119', plain, (muscadet_aux(sevreetmainemuscadet)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula410'])).
% 18.84/2.82 cnf('120', plain, (muscadet(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['118','119'])).
% 18.84/2.82 cnf('121', plain, (~muscadet(X) | q24(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula189_$sk'])).
% 18.84/2.82 cnf('122', plain, (q24(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['120','121'])).
% 18.84/2.82 cnf('123', plain, (~q24(X) | pinotblanc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula505_$sk'])).
% 18.84/2.82 cnf('124', plain, (pinotblanc(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['122','123'])).
% 18.84/2.82 cnf('125', plain, (~pinotblanc(X) | q12(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula141_$sk'])).
% 18.84/2.82 cnf('126', plain, (q12(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['124','125'])).
% 18.84/2.82 cnf('127', plain, (~q12(X) | q21(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula179_$sk'])).
% 18.84/2.82 cnf('128', plain, (q21(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['126','127'])).
% 18.84/2.82 cnf('129', plain, (~q24(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula616_$sk'])).
% 18.84/2.82 cnf('130', plain, (wine(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['122','129'])).
% 18.84/2.82 cnf('131', plain, (whitewine(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[then_simplify],['117','128','130'])).
% 18.84/2.82 cnf('132', plain, (~muscadet(X) | loire(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula483_$sk'])).
% 18.84/2.82 cnf('133', plain, (loire(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['120','132'])).
% 18.84/2.82 cnf('134', plain, (~loire(X) | ~whitewine(X) | whiteloire(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula575_$sk'])).
% 18.84/2.82 cnf('135', plain, (~whitewine(sevreetmainemuscadet) | whiteloire(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['133','134'])).
% 18.84/2.82 cnf('136', plain, (whiteloire(sevreetmainemuscadet)),
% 18.84/2.82 inference(resolution,[],['131','135'])).
% 18.84/2.82 cnf('137', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~grape(X2020) | ~drywhitewine(X2021) | ~dryredwine(X2022) | ~redbordeaux(X2023) | ~texaswine(X2024) | ~lateharvest(X2025) | ~sweetwine(X2026) | ~whitebordeaux(X2027) | ~italianwine(X2028) | ~loire(X2029) | ~germanwine(X2030) | ~californiawine(X2031) | ~whitenonsweetwine(X2032) | ~fullbodiedwine(X2033) | ~drywine(X2034) | ~tablewine(X2035) | ~wine(X2036) | ~redburgundy(X2037) | ~burgundy(X2038) | ~americanwine(X2039) | ~rosewine(X2040) | ~gamay(X2041) | ~semillonorsauvignonblanc(X2042) | ~pinotblanc(X2043) | ~whitetablewine(X2044) | ~bordeaux(X2045) | ~redwine(X2046) | ~medoc(X2047) | ~winecolor(X2048) | ~winebody(X2049) | ~whitewine(X2050) | ~whiteburgundy(X2051) | ~vintageyear(X2052) | ~sweetriesling(X2053) | ~stemilion(X2054) | ~semillon(X2055) | ~sauvignonblanc(X2056) | ~sauternes(X2057) | ~sancerre(X2058) | ~riesling(X2059) | ~region(X2060) | ~redtablewine(X2061) | ~port(X2062) | ~pinotnoir(X2063) | ~petitesyrah(X2064) | ~pauillac(X2065) | ~muscadet(X2066) | ~meursault(X2067) | ~merlot(X2068) | ~meritage(X2069) | ~margaux(X2070) | ~icewine(X2071) | ~dryriesling(X2072) | ~dessertwine(X2073) | ~cotesdor(X2074) | ~chianti(X2075) | ~cheninblanc(X2076) | ~chardonnay(X2077) | ~cabernetsauvignon(X2078) | ~cabernetfranc(X2079) | ~beaujolais(X2080) | ~anjou(X2081) | ~wineflavor(X2082) | ~winesugar(X2083) | ~winegrape(X2084) | ~winery(X2085) | ~zinfandel(X2086)),
% 18.84/2.82 inference(resolution,[],['116','136'])).
% 18.84/2.82 cnf('138', plain, (~madefromgrape(X,Y) | winegrape(Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula662_$sk'])).
% 18.84/2.82 cnf('139', plain, (~winegrape(X) | grape(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula469_$sk'])).
% 18.84/2.82 cnf('140', plain, (~madefromgrape(X,Y) | grape(Y)),
% 18.84/2.82 inference(resolution,[],['138','139'])).
% 18.84/2.82 cnf('141', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~madefromgrape(X2018,X2019) | ~winetaste(X2020) | ~winedescriptor(X2021) | ~drywhitewine(X2022) | ~dryredwine(X2023) | ~redbordeaux(X2024) | ~texaswine(X2025) | ~lateharvest(X2026) | ~sweetwine(X2027) | ~whitebordeaux(X2028) | ~italianwine(X2029) | ~loire(X2030) | ~germanwine(X2031) | ~californiawine(X2032) | ~whitenonsweetwine(X2033) | ~fullbodiedwine(X2034) | ~drywine(X2035) | ~tablewine(X2036) | ~wine(X2037) | ~redburgundy(X2038) | ~burgundy(X2039) | ~americanwine(X2040) | ~rosewine(X2041) | ~gamay(X2042) | ~semillonorsauvignonblanc(X2043) | ~pinotblanc(X2044) | ~whitetablewine(X2045) | ~bordeaux(X2046) | ~redwine(X2047) | ~medoc(X2048) | ~winecolor(X2049) | ~winebody(X2050) | ~whitewine(X2051) | ~whiteburgundy(X2052) | ~vintageyear(X2053) | ~sweetriesling(X2054) | ~stemilion(X2055) | ~semillon(X2056) | ~sauvignonblanc(X2057) | ~sauternes(X2058) | ~sancerre(X2059) | ~riesling(X2060) | ~region(X2061) | ~redtablewine(X2062) | ~port(X2063) | ~pinotnoir(X2064) | ~petitesyrah(X2065) | ~pauillac(X2066) | ~muscadet(X2067) | ~meursault(X2068) | ~merlot(X2069) | ~meritage(X2070) | ~margaux(X2071) | ~icewine(X2072) | ~dryriesling(X2073) | ~dessertwine(X2074) | ~cotesdor(X2075) | ~chianti(X2076) | ~cheninblanc(X2077) | ~chardonnay(X2078) | ~cabernetsauvignon(X2079) | ~cabernetfranc(X2080) | ~beaujolais(X2081) | ~anjou(X2082) | ~wineflavor(X2083) | ~winesugar(X2084) | ~winegrape(X2085) | ~winery(X2086) | ~zinfandel(X2087)),
% 18.84/2.82 inference(resolution,[],['137','140'])).
% 18.84/2.82 cnf('142', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~drywhitewine(X2020) | ~dryredwine(X2021) | ~redbordeaux(X2022) | ~texaswine(X2023) | ~lateharvest(X2024) | ~sweetwine(X2025) | ~whitebordeaux(X2026) | ~italianwine(X2027) | ~loire(X2028) | ~germanwine(X2029) | ~californiawine(X2030) | ~whitenonsweetwine(X2031) | ~fullbodiedwine(X2032) | ~drywine(X2033) | ~tablewine(X2034) | ~wine(X2035) | ~redburgundy(X2036) | ~burgundy(X2037) | ~americanwine(X2038) | ~rosewine(X2039) | ~gamay(X2040) | ~semillonorsauvignonblanc(X2041) | ~pinotblanc(X2042) | ~whitetablewine(X2043) | ~bordeaux(X2044) | ~redwine(X2045) | ~medoc(X2046) | ~winecolor(X2047) | ~winebody(X2048) | ~whitewine(X2049) | ~whiteburgundy(X2050) | ~vintageyear(X2051) | ~sweetriesling(X2052) | ~stemilion(X2053) | ~semillon(X2054) | ~sauvignonblanc(X2055) | ~sauternes(X2056) | ~sancerre(X2057) | ~riesling(X2058) | ~region(X2059) | ~redtablewine(X2060) | ~port(X2061) | ~pinotnoir(X2062) | ~petitesyrah(X2063) | ~pauillac(X2064) | ~muscadet(X2065) | ~meursault(X2066) | ~merlot(X2067) | ~meritage(X2068) | ~margaux(X2069) | ~icewine(X2070) | ~dryriesling(X2071) | ~dessertwine(X2072) | ~cotesdor(X2073) | ~chianti(X2074) | ~cheninblanc(X2075) | ~chardonnay(X2076) | ~cabernetsauvignon(X2077) | ~cabernetfranc(X2078) | ~beaujolais(X2079) | ~anjou(X2080) | ~wineflavor(X2081) | ~winesugar(X2082) | ~winegrape(X2083) | ~winery(X2084) | ~zinfandel(X2085)),
% 18.84/2.82 inference(factorization,[],['141'])).
% 18.84/2.82 cnf('143', plain, (~semillonorsauvignonblanc(X) | q12(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula145_$sk'])).
% 18.84/2.82 cnf('144', plain, (~semillon_aux(X) | semillon(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula105_$sk'])).
% 18.84/2.82 cnf('145', plain, (semillon_aux(kalincellarssemillon)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula487'])).
% 18.84/2.82 cnf('146', plain, (semillon(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['144','145'])).
% 18.84/2.82 cnf('147', plain, (~semillon(X) | semillonorsauvignonblanc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula547_$sk'])).
% 18.84/2.82 cnf('148', plain, (semillonorsauvignonblanc(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['146','147'])).
% 18.84/2.82 cnf('149', plain, (q12(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['143','148'])).
% 18.84/2.82 cnf('150', plain, (q21(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['149','127'])).
% 18.84/2.82 cnf('151', plain, (~semillon(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula641_$sk'])).
% 18.84/2.82 cnf('152', plain, (wine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['146','151'])).
% 18.84/2.82 cnf('153', plain, (whitewine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[then_simplify],['117','150','152'])).
% 18.84/2.82 cnf('154', plain, (~q46(X) | ~wine(X) | drywine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula456_$sk'])).
% 18.84/2.82 cnf('155', plain, (~ot____nom12_aux(X) | ot____nom12(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula13_$sk'])).
% 18.84/2.82 cnf('156', plain, (ot____nom12_aux(dry)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula248'])).
% 18.84/2.82 cnf('157', plain, (ot____nom12(dry)),
% 18.84/2.82 inference(resolution,[],['155','156'])).
% 18.84/2.82 cnf('158', plain, (~hassugar(X,Y) | ~ot____nom12(Y) | q46(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula294_$sk'])).
% 18.84/2.82 cnf('159', plain, (~hassugar(X,dry) | q46(X)),
% 18.84/2.82 inference(resolution,[],['157','158'])).
% 18.84/2.82 cnf('160', plain, (~hassugar_aux(X,Y) | hassugar(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula3_$sk'])).
% 18.84/2.82 cnf('161', plain, (~hassugar_aux(X,dry) | q46(X)),
% 18.84/2.82 inference(resolution,[],['159','160'])).
% 18.84/2.82 cnf('162', plain, (hassugar_aux(kalincellarssemillon,dry)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula157'])).
% 18.84/2.82 cnf('163', plain, (q46(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['161','162'])).
% 18.84/2.82 cnf('164', plain, (drywine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[then_simplify],['154','163','152'])).
% 18.84/2.82 cnf('165', plain, (~drywine(X) | ~whitewine(X) | drywhitewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula452_$sk'])).
% 18.84/2.82 cnf('166', plain, (~whitewine(kalincellarssemillon) | drywhitewine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['164','165'])).
% 18.84/2.82 cnf('167', plain, (drywhitewine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[],['153','166'])).
% 18.84/2.82 cnf('168', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~dryredwine(X2020) | ~redbordeaux(X2021) | ~texaswine(X2022) | ~lateharvest(X2023) | ~sweetwine(X2024) | ~whitebordeaux(X2025) | ~italianwine(X2026) | ~loire(X2027) | ~germanwine(X2028) | ~californiawine(X2029) | ~whitenonsweetwine(X2030) | ~fullbodiedwine(X2031) | ~drywine(X2032) | ~tablewine(X2033) | ~wine(X2034) | ~redburgundy(X2035) | ~burgundy(X2036) | ~americanwine(X2037) | ~rosewine(X2038) | ~gamay(X2039) | ~semillonorsauvignonblanc(X2040) | ~pinotblanc(X2041) | ~whitetablewine(X2042) | ~bordeaux(X2043) | ~redwine(X2044) | ~medoc(X2045) | ~winecolor(X2046) | ~winebody(X2047) | ~whitewine(X2048) | ~whiteburgundy(X2049) | ~vintageyear(X2050) | ~sweetriesling(X2051) | ~stemilion(X2052) | ~semillon(X2053) | ~sauvignonblanc(X2054) | ~sauternes(X2055) | ~sancerre(X2056) | ~riesling(X2057) | ~region(X2058) | ~redtablewine(X2059) | ~port(X2060) | ~pinotnoir(X2061) | ~petitesyrah(X2062) | ~pauillac(X2063) | ~muscadet(X2064) | ~meursault(X2065) | ~merlot(X2066) | ~meritage(X2067) | ~margaux(X2068) | ~icewine(X2069) | ~dryriesling(X2070) | ~dessertwine(X2071) | ~cotesdor(X2072) | ~chianti(X2073) | ~cheninblanc(X2074) | ~chardonnay(X2075) | ~cabernetsauvignon(X2076) | ~cabernetfranc(X2077) | ~beaujolais(X2078) | ~anjou(X2079) | ~wineflavor(X2080) | ~winesugar(X2081) | ~winegrape(X2082) | ~winery(X2083) | ~zinfandel(X2084)),
% 18.84/2.82 inference(resolution,[],['142','167'])).
% 18.84/2.82 cnf('169', plain, (~q41(X) | ~wine(X) | redwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula525_$sk'])).
% 18.84/2.82 cnf('170', plain, (~q0(X) | q41(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula277_$sk'])).
% 18.84/2.82 cnf('171', plain, (~wine(X) | ~q0(X) | redwine(X)),
% 18.84/2.82 inference(resolution,[],['169','170'])).
% 18.84/2.82 cnf('172', plain, (~redtablewine_aux(X) | redtablewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula99_$sk'])).
% 18.84/2.82 cnf('173', plain, (redtablewine_aux(mariettaoldvinesred)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula442'])).
% 18.84/2.82 cnf('174', plain, (redtablewine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['172','173'])).
% 18.84/2.82 cnf('175', plain, (~redtablewine(X) | q0(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula121_$sk'])).
% 18.84/2.82 cnf('176', plain, (q0(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['174','175'])).
% 18.84/2.82 cnf('177', plain, (~q0(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula603_$sk'])).
% 18.84/2.82 cnf('178', plain, (wine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['176','177'])).
% 18.84/2.82 cnf('179', plain, (redwine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[then_simplify],['171','176','178'])).
% 18.84/2.82 cnf('180', plain, (~redtablewine(X) | tablewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula559_$sk'])).
% 18.84/2.82 cnf('181', plain, (tablewine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['174','180'])).
% 18.84/2.82 cnf('182', plain, (~tablewine(X) | q31(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula232_$sk'])).
% 18.84/2.82 cnf('183', plain, (q31(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['181','182'])).
% 18.84/2.82 cnf('184', plain, (~q31(X) | q46(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula293_$sk'])).
% 18.84/2.82 cnf('185', plain, (q46(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['183','184'])).
% 18.84/2.82 cnf('186', plain, (drywine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[then_simplify],['154','185','178'])).
% 18.84/2.82 cnf('187', plain, (~drywine(X) | ~redwine(X) | dryredwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula448_$sk'])).
% 18.84/2.82 cnf('188', plain, (~redwine(mariettaoldvinesred) | dryredwine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['186','187'])).
% 18.84/2.82 cnf('189', plain, (dryredwine(mariettaoldvinesred)),
% 18.84/2.82 inference(resolution,[],['179','188'])).
% 18.84/2.82 cnf('190', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~redbordeaux(X2020) | ~texaswine(X2021) | ~lateharvest(X2022) | ~sweetwine(X2023) | ~whitebordeaux(X2024) | ~italianwine(X2025) | ~loire(X2026) | ~germanwine(X2027) | ~californiawine(X2028) | ~whitenonsweetwine(X2029) | ~fullbodiedwine(X2030) | ~drywine(X2031) | ~tablewine(X2032) | ~wine(X2033) | ~redburgundy(X2034) | ~burgundy(X2035) | ~americanwine(X2036) | ~rosewine(X2037) | ~gamay(X2038) | ~semillonorsauvignonblanc(X2039) | ~pinotblanc(X2040) | ~whitetablewine(X2041) | ~bordeaux(X2042) | ~redwine(X2043) | ~medoc(X2044) | ~winecolor(X2045) | ~winebody(X2046) | ~whitewine(X2047) | ~whiteburgundy(X2048) | ~vintageyear(X2049) | ~sweetriesling(X2050) | ~stemilion(X2051) | ~semillon(X2052) | ~sauvignonblanc(X2053) | ~sauternes(X2054) | ~sancerre(X2055) | ~riesling(X2056) | ~region(X2057) | ~redtablewine(X2058) | ~port(X2059) | ~pinotnoir(X2060) | ~petitesyrah(X2061) | ~pauillac(X2062) | ~muscadet(X2063) | ~meursault(X2064) | ~merlot(X2065) | ~meritage(X2066) | ~margaux(X2067) | ~icewine(X2068) | ~dryriesling(X2069) | ~dessertwine(X2070) | ~cotesdor(X2071) | ~chianti(X2072) | ~cheninblanc(X2073) | ~chardonnay(X2074) | ~cabernetsauvignon(X2075) | ~cabernetfranc(X2076) | ~beaujolais(X2077) | ~anjou(X2078) | ~wineflavor(X2079) | ~winesugar(X2080) | ~winegrape(X2081) | ~winery(X2082) | ~zinfandel(X2083)),
% 18.84/2.82 inference(resolution,[],['168','189'])).
% 18.84/2.82 cnf('191', plain, (~pauillac_aux(X) | pauillac(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula95_$sk'])).
% 18.84/2.82 cnf('192', plain, (pauillac_aux(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula435'])).
% 18.84/2.82 cnf('193', plain, (pauillac(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['191','192'])).
% 18.84/2.82 cnf('194', plain, (~pauillac(X) | medoc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula488_$sk'])).
% 18.84/2.82 cnf('195', plain, (medoc(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['193','194'])).
% 18.84/2.82 cnf('196', plain, (~medoc(X) | q0(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula119_$sk'])).
% 18.84/2.82 cnf('197', plain, (q0(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['195','196'])).
% 18.84/2.82 cnf('198', plain, (~pauillac(X) | q35(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula250_$sk'])).
% 18.84/2.82 cnf('199', plain, (q35(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['193','198'])).
% 18.84/2.82 cnf('200', plain, (~q35(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula615_$sk'])).
% 18.84/2.82 cnf('201', plain, (wine(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['199','200'])).
% 18.84/2.82 cnf('202', plain, (redwine(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[then_simplify],['171','197','201'])).
% 18.84/2.82 cnf('203', plain, (~medoc(X) | bordeaux(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula419_$sk'])).
% 18.84/2.82 cnf('204', plain, (bordeaux(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['195','203'])).
% 18.84/2.82 cnf('205', plain, (~bordeaux(X) | ~redwine(X) | redbordeaux(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula514_$sk'])).
% 18.84/2.82 cnf('206', plain, (~redwine(chateaulafiterothschildpauillac) | redbordeaux(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['204','205'])).
% 18.84/2.82 cnf('207', plain, (redbordeaux(chateaulafiterothschildpauillac)),
% 18.84/2.82 inference(resolution,[],['202','206'])).
% 18.84/2.82 cnf('208', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~texaswine(X2020) | ~lateharvest(X2021) | ~sweetwine(X2022) | ~whitebordeaux(X2023) | ~italianwine(X2024) | ~loire(X2025) | ~germanwine(X2026) | ~californiawine(X2027) | ~whitenonsweetwine(X2028) | ~fullbodiedwine(X2029) | ~drywine(X2030) | ~tablewine(X2031) | ~wine(X2032) | ~redburgundy(X2033) | ~burgundy(X2034) | ~americanwine(X2035) | ~rosewine(X2036) | ~gamay(X2037) | ~semillonorsauvignonblanc(X2038) | ~pinotblanc(X2039) | ~whitetablewine(X2040) | ~bordeaux(X2041) | ~redwine(X2042) | ~medoc(X2043) | ~winecolor(X2044) | ~winebody(X2045) | ~whitewine(X2046) | ~whiteburgundy(X2047) | ~vintageyear(X2048) | ~sweetriesling(X2049) | ~stemilion(X2050) | ~semillon(X2051) | ~sauvignonblanc(X2052) | ~sauternes(X2053) | ~sancerre(X2054) | ~riesling(X2055) | ~region(X2056) | ~redtablewine(X2057) | ~port(X2058) | ~pinotnoir(X2059) | ~petitesyrah(X2060) | ~pauillac(X2061) | ~muscadet(X2062) | ~meursault(X2063) | ~merlot(X2064) | ~meritage(X2065) | ~margaux(X2066) | ~icewine(X2067) | ~dryriesling(X2068) | ~dessertwine(X2069) | ~cotesdor(X2070) | ~chianti(X2071) | ~cheninblanc(X2072) | ~chardonnay(X2073) | ~cabernetsauvignon(X2074) | ~cabernetfranc(X2075) | ~beaujolais(X2076) | ~anjou(X2077) | ~wineflavor(X2078) | ~winesugar(X2079) | ~winegrape(X2080) | ~winery(X2081) | ~zinfandel(X2082)),
% 18.84/2.82 inference(resolution,[],['190','207'])).
% 18.84/2.82 cnf('209', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~lateharvest(X2020) | ~sweetwine(X2021) | ~whitebordeaux(X2022) | ~italianwine(X2023) | ~loire(X2024) | ~germanwine(X2025) | ~californiawine(X2026) | ~whitenonsweetwine(X2027) | ~fullbodiedwine(X2028) | ~drywine(X2029) | ~tablewine(X2030) | ~wine(X2031) | ~redburgundy(X2032) | ~burgundy(X2033) | ~americanwine(X2034) | ~rosewine(X2035) | ~gamay(X2036) | ~semillonorsauvignonblanc(X2037) | ~pinotblanc(X2038) | ~whitetablewine(X2039) | ~bordeaux(X2040) | ~redwine(X2041) | ~medoc(X2042) | ~winecolor(X2043) | ~winebody(X2044) | ~whitewine(X2045) | ~whiteburgundy(X2046) | ~vintageyear(X2047) | ~sweetriesling(X2048) | ~stemilion(X2049) | ~semillon(X2050) | ~sauvignonblanc(X2051) | ~sauternes(X2052) | ~sancerre(X2053) | ~riesling(X2054) | ~region(X2055) | ~redtablewine(X2056) | ~port(X2057) | ~pinotnoir(X2058) | ~petitesyrah(X2059) | ~pauillac(X2060) | ~muscadet(X2061) | ~meursault(X2062) | ~merlot(X2063) | ~meritage(X2064) | ~margaux(X2065) | ~icewine(X2066) | ~dryriesling(X2067) | ~dessertwine(X2068) | ~cotesdor(X2069) | ~chianti(X2070) | ~cheninblanc(X2071) | ~chardonnay(X2072) | ~cabernetsauvignon(X2073) | ~cabernetfranc(X2074) | ~beaujolais(X2075) | ~anjou(X2076) | ~wineflavor(X2077) | ~winesugar(X2078) | ~winegrape(X2079) | ~winery(X2080) | ~zinfandel(X2081)),
% 18.84/2.82 inference(resolution,[],['57','208'])).
% 18.84/2.82 cnf('210', plain, (~kaon2equal(X,Y) | ~hasbody(Z,Y) | hasbody(Z,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula826_$sk'])).
% 18.84/2.82 cnf('211', plain, (~hasbody(X,selaksicewine) | hasbody(X,white)),
% 18.84/2.82 inference(resolution,[],['77','210'])).
% 18.84/2.82 cnf('212', plain, (hasbody(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula822_$sk'])).
% 18.84/2.82 cnf('213', plain, (hasbody(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['211','212','70','71'])).
% 18.84/2.82 cnf('214', plain, (~hasbody(X,Y) | ~hasbody(X,Z) | kaon2equal(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula958_$sk'])).
% 18.84/2.82 cnf('215', plain, (~hasbody(selaksicewine,X) | kaon2equal(X,white)),
% 18.84/2.82 inference(resolution,[],['213','214'])).
% 18.84/2.82 cnf('216', plain, (~hasbody_aux(X,Y) | hasbody(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula7_$sk'])).
% 18.84/2.82 cnf('217', plain, (~hasbody_aux(selaksicewine,X) | kaon2equal(X,white)),
% 18.84/2.82 inference(resolution,[],['215','216'])).
% 18.84/2.82 cnf('218', plain, (hasbody_aux(selaksicewine,medium)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula11'])).
% 18.84/2.82 cnf('219', plain, (kaon2equal(medium,white)),
% 18.84/2.82 inference(resolution,[],['217','218'])).
% 18.84/2.82 cnf('220', plain, (~kaon2equal(X,Y) | ~lateharvest(Y) | lateharvest(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula478_$sk'])).
% 18.84/2.82 cnf('221', plain, (~kaon2equal(X,selaksicewine) | lateharvest(X)),
% 18.84/2.82 inference(resolution,[],['82','220'])).
% 18.84/2.82 cnf('222', plain, (lateharvest(white)),
% 18.84/2.82 inference(resolution,[],['77','221'])).
% 18.84/2.82 cnf('223', plain, (~kaon2equal(X,white) | lateharvest(X)),
% 18.84/2.82 inference(resolution,[],['222','220'])).
% 18.84/2.82 cnf('224', plain, (lateharvest(medium)),
% 18.84/2.82 inference(resolution,[],['219','223'])).
% 18.84/2.82 cnf('225', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~sweetwine(X2020) | ~whitebordeaux(X2021) | ~italianwine(X2022) | ~loire(X2023) | ~germanwine(X2024) | ~californiawine(X2025) | ~whitenonsweetwine(X2026) | ~fullbodiedwine(X2027) | ~drywine(X2028) | ~tablewine(X2029) | ~wine(X2030) | ~redburgundy(X2031) | ~burgundy(X2032) | ~americanwine(X2033) | ~rosewine(X2034) | ~gamay(X2035) | ~semillonorsauvignonblanc(X2036) | ~pinotblanc(X2037) | ~whitetablewine(X2038) | ~bordeaux(X2039) | ~redwine(X2040) | ~medoc(X2041) | ~winecolor(X2042) | ~winebody(X2043) | ~whitewine(X2044) | ~whiteburgundy(X2045) | ~vintageyear(X2046) | ~sweetriesling(X2047) | ~stemilion(X2048) | ~semillon(X2049) | ~sauvignonblanc(X2050) | ~sauternes(X2051) | ~sancerre(X2052) | ~riesling(X2053) | ~region(X2054) | ~redtablewine(X2055) | ~port(X2056) | ~pinotnoir(X2057) | ~petitesyrah(X2058) | ~pauillac(X2059) | ~muscadet(X2060) | ~meursault(X2061) | ~merlot(X2062) | ~meritage(X2063) | ~margaux(X2064) | ~icewine(X2065) | ~dryriesling(X2066) | ~dessertwine(X2067) | ~cotesdor(X2068) | ~chianti(X2069) | ~cheninblanc(X2070) | ~chardonnay(X2071) | ~cabernetsauvignon(X2072) | ~cabernetfranc(X2073) | ~beaujolais(X2074) | ~anjou(X2075) | ~wineflavor(X2076) | ~winesugar(X2077) | ~winegrape(X2078) | ~winery(X2079) | ~zinfandel(X2080)),
% 18.84/2.82 inference(resolution,[],['209','224'])).
% 18.84/2.82 cnf('226', plain, (~kaon2equal(X,white) | sweetwine(X)),
% 18.84/2.82 inference(resolution,[],['88','86'])).
% 18.84/2.82 cnf('227', plain, (sweetwine(medium)),
% 18.84/2.82 inference(resolution,[],['219','226'])).
% 18.84/2.82 cnf('228', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~whitebordeaux(X2020) | ~italianwine(X2021) | ~loire(X2022) | ~germanwine(X2023) | ~californiawine(X2024) | ~whitenonsweetwine(X2025) | ~fullbodiedwine(X2026) | ~drywine(X2027) | ~tablewine(X2028) | ~wine(X2029) | ~redburgundy(X2030) | ~burgundy(X2031) | ~americanwine(X2032) | ~rosewine(X2033) | ~gamay(X2034) | ~semillonorsauvignonblanc(X2035) | ~pinotblanc(X2036) | ~whitetablewine(X2037) | ~bordeaux(X2038) | ~redwine(X2039) | ~medoc(X2040) | ~winecolor(X2041) | ~winebody(X2042) | ~whitewine(X2043) | ~whiteburgundy(X2044) | ~vintageyear(X2045) | ~sweetriesling(X2046) | ~stemilion(X2047) | ~semillon(X2048) | ~sauvignonblanc(X2049) | ~sauternes(X2050) | ~sancerre(X2051) | ~riesling(X2052) | ~region(X2053) | ~redtablewine(X2054) | ~port(X2055) | ~pinotnoir(X2056) | ~petitesyrah(X2057) | ~pauillac(X2058) | ~muscadet(X2059) | ~meursault(X2060) | ~merlot(X2061) | ~meritage(X2062) | ~margaux(X2063) | ~icewine(X2064) | ~dryriesling(X2065) | ~dessertwine(X2066) | ~cotesdor(X2067) | ~chianti(X2068) | ~cheninblanc(X2069) | ~chardonnay(X2070) | ~cabernetsauvignon(X2071) | ~cabernetfranc(X2072) | ~beaujolais(X2073) | ~anjou(X2074) | ~wineflavor(X2075) | ~winesugar(X2076) | ~winegrape(X2077) | ~winery(X2078) | ~zinfandel(X2079)),
% 18.84/2.82 inference(resolution,[],['225','227'])).
% 18.84/2.82 cnf('229', plain, (~sauternes(X) | q12(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula144_$sk'])).
% 18.84/2.82 cnf('230', plain, (~sauternes_aux(X) | sauternes(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula103_$sk'])).
% 18.84/2.82 cnf('231', plain, (sauternes_aux(chateaudychemsauterne)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula481'])).
% 18.84/2.82 cnf('232', plain, (sauternes(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['230','231'])).
% 18.84/2.82 cnf('233', plain, (q12(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['229','232'])).
% 18.84/2.82 cnf('234', plain, (q21(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['233','127'])).
% 18.84/2.82 cnf('235', plain, (~sauternes(X) | q7(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula387_$sk'])).
% 18.84/2.82 cnf('236', plain, (q7(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['232','235'])).
% 18.84/2.82 cnf('237', plain, (~q7(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula613_$sk'])).
% 18.84/2.82 cnf('238', plain, (wine(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['236','237'])).
% 18.84/2.82 cnf('239', plain, (whitewine(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[then_simplify],['117','234','238'])).
% 18.84/2.82 cnf('240', plain, (~sauternes(X) | bordeaux(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula418_$sk'])).
% 18.84/2.82 cnf('241', plain, (bordeaux(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['232','240'])).
% 18.84/2.82 cnf('242', plain, (~bordeaux(X) | ~whitewine(X) | whitebordeaux(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula570_$sk'])).
% 18.84/2.82 cnf('243', plain, (~whitewine(chateaudychemsauterne) | whitebordeaux(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['241','242'])).
% 18.84/2.82 cnf('244', plain, (whitebordeaux(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['239','243'])).
% 18.84/2.82 cnf('245', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~italianwine(X2020) | ~loire(X2021) | ~germanwine(X2022) | ~californiawine(X2023) | ~whitenonsweetwine(X2024) | ~fullbodiedwine(X2025) | ~drywine(X2026) | ~tablewine(X2027) | ~wine(X2028) | ~redburgundy(X2029) | ~burgundy(X2030) | ~americanwine(X2031) | ~rosewine(X2032) | ~gamay(X2033) | ~semillonorsauvignonblanc(X2034) | ~pinotblanc(X2035) | ~whitetablewine(X2036) | ~bordeaux(X2037) | ~redwine(X2038) | ~medoc(X2039) | ~winecolor(X2040) | ~winebody(X2041) | ~whitewine(X2042) | ~whiteburgundy(X2043) | ~vintageyear(X2044) | ~sweetriesling(X2045) | ~stemilion(X2046) | ~semillon(X2047) | ~sauvignonblanc(X2048) | ~sauternes(X2049) | ~sancerre(X2050) | ~riesling(X2051) | ~region(X2052) | ~redtablewine(X2053) | ~port(X2054) | ~pinotnoir(X2055) | ~petitesyrah(X2056) | ~pauillac(X2057) | ~muscadet(X2058) | ~meursault(X2059) | ~merlot(X2060) | ~meritage(X2061) | ~margaux(X2062) | ~icewine(X2063) | ~dryriesling(X2064) | ~dessertwine(X2065) | ~cotesdor(X2066) | ~chianti(X2067) | ~cheninblanc(X2068) | ~chardonnay(X2069) | ~cabernetsauvignon(X2070) | ~cabernetfranc(X2071) | ~beaujolais(X2072) | ~anjou(X2073) | ~wineflavor(X2074) | ~winesugar(X2075) | ~winegrape(X2076) | ~winery(X2077) | ~zinfandel(X2078)),
% 18.84/2.82 inference(resolution,[],['228','244'])).
% 18.84/2.82 cnf('246', plain, (~chianti_aux(X) | chianti(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula85_$sk'])).
% 18.84/2.82 cnf('247', plain, (chianti_aux(chianticlassico)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula431'])).
% 18.84/2.82 cnf('248', plain, (chianti(chianticlassico)),
% 18.84/2.82 inference(resolution,[],['246','247'])).
% 18.84/2.82 cnf('249', plain, (~chianti(X) | italianwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula473_$sk'])).
% 18.84/2.82 cnf('250', plain, (italianwine(chianticlassico)),
% 18.84/2.82 inference(resolution,[],['248','249'])).
% 18.84/2.82 cnf('251', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~germanwine(X2021) | ~californiawine(X2022) | ~whitenonsweetwine(X2023) | ~fullbodiedwine(X2024) | ~drywine(X2025) | ~tablewine(X2026) | ~wine(X2027) | ~redburgundy(X2028) | ~burgundy(X2029) | ~americanwine(X2030) | ~rosewine(X2031) | ~gamay(X2032) | ~semillonorsauvignonblanc(X2033) | ~pinotblanc(X2034) | ~whitetablewine(X2035) | ~bordeaux(X2036) | ~redwine(X2037) | ~medoc(X2038) | ~winecolor(X2039) | ~winebody(X2040) | ~whitewine(X2041) | ~whiteburgundy(X2042) | ~vintageyear(X2043) | ~sweetriesling(X2044) | ~stemilion(X2045) | ~semillon(X2046) | ~sauvignonblanc(X2047) | ~sauternes(X2048) | ~sancerre(X2049) | ~riesling(X2050) | ~region(X2051) | ~redtablewine(X2052) | ~port(X2053) | ~pinotnoir(X2054) | ~petitesyrah(X2055) | ~pauillac(X2056) | ~muscadet(X2057) | ~meursault(X2058) | ~merlot(X2059) | ~meritage(X2060) | ~margaux(X2061) | ~icewine(X2062) | ~dryriesling(X2063) | ~dessertwine(X2064) | ~cotesdor(X2065) | ~chianti(X2066) | ~cheninblanc(X2067) | ~chardonnay(X2068) | ~cabernetsauvignon(X2069) | ~cabernetfranc(X2070) | ~beaujolais(X2071) | ~anjou(X2072) | ~wineflavor(X2073) | ~winesugar(X2074) | ~winegrape(X2075) | ~winery(X2076) | ~zinfandel(X2077)),
% 18.84/2.82 inference(resolution,[],['245','250'])).
% 18.84/2.82 cnf('252', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~californiawine(X2021) | ~whitenonsweetwine(X2022) | ~fullbodiedwine(X2023) | ~drywine(X2024) | ~tablewine(X2025) | ~wine(X2026) | ~redburgundy(X2027) | ~burgundy(X2028) | ~americanwine(X2029) | ~rosewine(X2030) | ~gamay(X2031) | ~semillonorsauvignonblanc(X2032) | ~pinotblanc(X2033) | ~whitetablewine(X2034) | ~bordeaux(X2035) | ~redwine(X2036) | ~medoc(X2037) | ~winecolor(X2038) | ~winebody(X2039) | ~whitewine(X2040) | ~whiteburgundy(X2041) | ~vintageyear(X2042) | ~sweetriesling(X2043) | ~stemilion(X2044) | ~semillon(X2045) | ~sauvignonblanc(X2046) | ~sauternes(X2047) | ~sancerre(X2048) | ~riesling(X2049) | ~region(X2050) | ~redtablewine(X2051) | ~port(X2052) | ~pinotnoir(X2053) | ~petitesyrah(X2054) | ~pauillac(X2055) | ~muscadet(X2056) | ~meursault(X2057) | ~merlot(X2058) | ~meritage(X2059) | ~margaux(X2060) | ~icewine(X2061) | ~dryriesling(X2062) | ~dessertwine(X2063) | ~cotesdor(X2064) | ~chianti(X2065) | ~cheninblanc(X2066) | ~chardonnay(X2067) | ~cabernetsauvignon(X2068) | ~cabernetfranc(X2069) | ~beaujolais(X2070) | ~anjou(X2071) | ~wineflavor(X2072) | ~winesugar(X2073) | ~winegrape(X2074) | ~winery(X2075) | ~zinfandel(X2076)),
% 18.84/2.82 inference(resolution,[],['38','251'])).
% 18.84/2.82 cnf('253', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~fullbodiedwine(X2022) | ~drywine(X2023) | ~tablewine(X2024) | ~wine(X2025) | ~redburgundy(X2026) | ~burgundy(X2027) | ~americanwine(X2028) | ~rosewine(X2029) | ~gamay(X2030) | ~semillonorsauvignonblanc(X2031) | ~pinotblanc(X2032) | ~whitetablewine(X2033) | ~bordeaux(X2034) | ~redwine(X2035) | ~medoc(X2036) | ~winecolor(X2037) | ~winebody(X2038) | ~whitewine(X2039) | ~whiteburgundy(X2040) | ~vintageyear(X2041) | ~sweetriesling(X2042) | ~stemilion(X2043) | ~semillon(X2044) | ~sauvignonblanc(X2045) | ~sauternes(X2046) | ~sancerre(X2047) | ~riesling(X2048) | ~region(X2049) | ~redtablewine(X2050) | ~port(X2051) | ~pinotnoir(X2052) | ~petitesyrah(X2053) | ~pauillac(X2054) | ~muscadet(X2055) | ~meursault(X2056) | ~merlot(X2057) | ~meritage(X2058) | ~margaux(X2059) | ~icewine(X2060) | ~dryriesling(X2061) | ~dessertwine(X2062) | ~cotesdor(X2063) | ~chianti(X2064) | ~cheninblanc(X2065) | ~chardonnay(X2066) | ~cabernetsauvignon(X2067) | ~cabernetfranc(X2068) | ~beaujolais(X2069) | ~anjou(X2070) | ~wineflavor(X2071) | ~winesugar(X2072) | ~winegrape(X2073) | ~winery(X2074) | ~zinfandel(X2075)),
% 18.84/2.82 inference(resolution,[],['21','252'])).
% 18.84/2.82 cnf('254', plain, (~meursault_aux(X) | meursault(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula93_$sk'])).
% 18.84/2.82 cnf('255', plain, (meursault_aux(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula411'])).
% 18.84/2.82 cnf('256', plain, (meursault(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['254','255'])).
% 18.84/2.82 cnf('257', plain, (~meursault(X) | q35(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula253_$sk'])).
% 18.84/2.82 cnf('258', plain, (q35(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['256','257'])).
% 18.84/2.82 cnf('259', plain, (~q35(X) | fullbodiedwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula461_$sk'])).
% 18.84/2.82 cnf('260', plain, (fullbodiedwine(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['258','259'])).
% 18.84/2.82 cnf('261', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~redburgundy(X2025) | ~burgundy(X2026) | ~americanwine(X2027) | ~rosewine(X2028) | ~gamay(X2029) | ~semillonorsauvignonblanc(X2030) | ~pinotblanc(X2031) | ~whitetablewine(X2032) | ~bordeaux(X2033) | ~redwine(X2034) | ~medoc(X2035) | ~winecolor(X2036) | ~winebody(X2037) | ~whitewine(X2038) | ~whiteburgundy(X2039) | ~vintageyear(X2040) | ~sweetriesling(X2041) | ~stemilion(X2042) | ~semillon(X2043) | ~sauvignonblanc(X2044) | ~sauternes(X2045) | ~sancerre(X2046) | ~riesling(X2047) | ~region(X2048) | ~redtablewine(X2049) | ~port(X2050) | ~pinotnoir(X2051) | ~petitesyrah(X2052) | ~pauillac(X2053) | ~muscadet(X2054) | ~meursault(X2055) | ~merlot(X2056) | ~meritage(X2057) | ~margaux(X2058) | ~icewine(X2059) | ~dryriesling(X2060) | ~dessertwine(X2061) | ~cotesdor(X2062) | ~chianti(X2063) | ~cheninblanc(X2064) | ~chardonnay(X2065) | ~cabernetsauvignon(X2066) | ~cabernetfranc(X2067) | ~beaujolais(X2068) | ~anjou(X2069) | ~wineflavor(X2070) | ~winesugar(X2071) | ~winegrape(X2072) | ~winery(X2073) | ~zinfandel(X2074)),
% 18.84/2.82 inference(resolution,[],['253','260'])).
% 18.84/2.82 cnf('262', plain, (~cotesdor_aux(X) | cotesdor(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula86_$sk'])).
% 18.84/2.82 cnf('263', plain, (cotesdor_aux(closdevougeotcotesdor)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula432'])).
% 18.84/2.82 cnf('264', plain, (cotesdor(closdevougeotcotesdor)),
% 18.84/2.82 inference(resolution,[],['262','263'])).
% 18.84/2.82 cnf('265', plain, (~cotesdor(X) | redburgundy(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula516_$sk'])).
% 18.84/2.82 cnf('266', plain, (redburgundy(closdevougeotcotesdor)),
% 18.84/2.82 inference(resolution,[],['264','265'])).
% 18.84/2.82 cnf('267', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~americanwine(X2026) | ~rosewine(X2027) | ~gamay(X2028) | ~semillonorsauvignonblanc(X2029) | ~pinotblanc(X2030) | ~whitetablewine(X2031) | ~bordeaux(X2032) | ~redwine(X2033) | ~medoc(X2034) | ~winecolor(X2035) | ~winebody(X2036) | ~whitewine(X2037) | ~whiteburgundy(X2038) | ~vintageyear(X2039) | ~sweetriesling(X2040) | ~stemilion(X2041) | ~semillon(X2042) | ~sauvignonblanc(X2043) | ~sauternes(X2044) | ~sancerre(X2045) | ~riesling(X2046) | ~region(X2047) | ~redtablewine(X2048) | ~port(X2049) | ~pinotnoir(X2050) | ~petitesyrah(X2051) | ~pauillac(X2052) | ~muscadet(X2053) | ~meursault(X2054) | ~merlot(X2055) | ~meritage(X2056) | ~margaux(X2057) | ~icewine(X2058) | ~dryriesling(X2059) | ~dessertwine(X2060) | ~cotesdor(X2061) | ~chianti(X2062) | ~cheninblanc(X2063) | ~chardonnay(X2064) | ~cabernetsauvignon(X2065) | ~cabernetfranc(X2066) | ~beaujolais(X2067) | ~anjou(X2068) | ~wineflavor(X2069) | ~winesugar(X2070) | ~winegrape(X2071) | ~winery(X2072) | ~zinfandel(X2073)),
% 18.84/2.82 inference(resolution,[],['261','266'])).
% 18.84/2.82 cnf('268', plain, (~locatedin(X,Y) | ~ot____nom38(Y) | q27(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula195_$sk'])).
% 18.84/2.82 cnf('269', plain, (~ot____nom38_aux(X) | ot____nom38(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula41_$sk'])).
% 18.84/2.82 cnf('270', plain, (ot____nom38_aux(usregion)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula280'])).
% 18.84/2.82 cnf('271', plain, (ot____nom38(usregion)),
% 18.84/2.82 inference(resolution,[],['269','270'])).
% 18.84/2.82 cnf('272', plain, (~locatedin(X,usregion) | q27(X)),
% 18.84/2.82 inference(resolution,[],['268','271'])).
% 18.84/2.82 cnf('273', plain, (locatedin_aux(texasregion,usregion)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula220'])).
% 18.84/2.82 cnf('274', plain, (locatedin(texasregion,usregion)),
% 18.84/2.82 inference(resolution,[],['273','7'])).
% 18.84/2.82 cnf('275', plain, (~locatedin(X,texasregion) | locatedin(X,usregion)),
% 18.84/2.82 inference(resolution,[],['274','9'])).
% 18.84/2.82 cnf('276', plain, (locatedin(stgenevievetexaswhite,usregion)),
% 18.84/2.82 inference(resolution,[],['275','49'])).
% 18.84/2.82 cnf('277', plain, (q27(stgenevievetexaswhite)),
% 18.84/2.82 inference(resolution,[],['272','276'])).
% 18.84/2.82 cnf('278', plain, (~wine(X) | ~q27(X) | americanwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula412_$sk'])).
% 18.84/2.82 cnf('279', plain, (americanwine(stgenevievetexaswhite)),
% 18.84/2.82 inference(resolution,[then_simplify],['277','278','56'])).
% 18.84/2.82 cnf('280', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~rosewine(X2026) | ~gamay(X2027) | ~semillonorsauvignonblanc(X2028) | ~pinotblanc(X2029) | ~whitetablewine(X2030) | ~bordeaux(X2031) | ~redwine(X2032) | ~medoc(X2033) | ~winecolor(X2034) | ~winebody(X2035) | ~whitewine(X2036) | ~whiteburgundy(X2037) | ~vintageyear(X2038) | ~sweetriesling(X2039) | ~stemilion(X2040) | ~semillon(X2041) | ~sauvignonblanc(X2042) | ~sauternes(X2043) | ~sancerre(X2044) | ~riesling(X2045) | ~region(X2046) | ~redtablewine(X2047) | ~port(X2048) | ~pinotnoir(X2049) | ~petitesyrah(X2050) | ~pauillac(X2051) | ~muscadet(X2052) | ~meursault(X2053) | ~merlot(X2054) | ~meritage(X2055) | ~margaux(X2056) | ~icewine(X2057) | ~dryriesling(X2058) | ~dessertwine(X2059) | ~cotesdor(X2060) | ~chianti(X2061) | ~cheninblanc(X2062) | ~chardonnay(X2063) | ~cabernetsauvignon(X2064) | ~cabernetfranc(X2065) | ~beaujolais(X2066) | ~anjou(X2067) | ~wineflavor(X2068) | ~winesugar(X2069) | ~winegrape(X2070) | ~winery(X2071) | ~zinfandel(X2072)),
% 18.84/2.82 inference(resolution,[],['267','279'])).
% 18.84/2.82 cnf('281', plain, (~anjou_aux(X) | anjou(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula79_$sk'])).
% 18.84/2.82 cnf('282', plain, (anjou_aux(rosedanjou)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula423'])).
% 18.84/2.82 cnf('283', plain, (anjou(rosedanjou)),
% 18.84/2.82 inference(resolution,[],['281','282'])).
% 18.84/2.82 cnf('284', plain, (~anjou(X) | q15(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula154_$sk'])).
% 18.84/2.82 cnf('285', plain, (q15(rosedanjou)),
% 18.84/2.82 inference(resolution,[],['283','284'])).
% 18.84/2.82 cnf('286', plain, (~q15(X) | rosewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula536_$sk'])).
% 18.84/2.82 cnf('287', plain, (rosewine(rosedanjou)),
% 18.84/2.82 inference(resolution,[],['285','286'])).
% 18.84/2.82 cnf('288', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~gamay(X2026) | ~semillonorsauvignonblanc(X2027) | ~pinotblanc(X2028) | ~whitetablewine(X2029) | ~bordeaux(X2030) | ~redwine(X2031) | ~medoc(X2032) | ~winecolor(X2033) | ~winebody(X2034) | ~whitewine(X2035) | ~whiteburgundy(X2036) | ~vintageyear(X2037) | ~sweetriesling(X2038) | ~stemilion(X2039) | ~semillon(X2040) | ~sauvignonblanc(X2041) | ~sauternes(X2042) | ~sancerre(X2043) | ~riesling(X2044) | ~region(X2045) | ~redtablewine(X2046) | ~port(X2047) | ~pinotnoir(X2048) | ~petitesyrah(X2049) | ~pauillac(X2050) | ~muscadet(X2051) | ~meursault(X2052) | ~merlot(X2053) | ~meritage(X2054) | ~margaux(X2055) | ~icewine(X2056) | ~dryriesling(X2057) | ~dessertwine(X2058) | ~cotesdor(X2059) | ~chianti(X2060) | ~cheninblanc(X2061) | ~chardonnay(X2062) | ~cabernetsauvignon(X2063) | ~cabernetfranc(X2064) | ~beaujolais(X2065) | ~anjou(X2066) | ~wineflavor(X2067) | ~winesugar(X2068) | ~winegrape(X2069) | ~winery(X2070) | ~zinfandel(X2071)),
% 18.84/2.82 inference(resolution,[],['280','287'])).
% 18.84/2.82 cnf('289', plain, (~beaujolais_aux(X) | beaujolais(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula80_$sk'])).
% 18.84/2.82 cnf('290', plain, (beaujolais_aux(chateaumorgonbeaujolais)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula422'])).
% 18.84/2.82 cnf('291', plain, (beaujolais(chateaumorgonbeaujolais)),
% 18.84/2.82 inference(resolution,[],['289','290'])).
% 18.84/2.82 cnf('292', plain, (~beaujolais(X) | q14(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula152_$sk'])).
% 18.84/2.82 cnf('293', plain, (q14(chateaumorgonbeaujolais)),
% 18.84/2.82 inference(resolution,[],['291','292'])).
% 18.84/2.82 cnf('294', plain, (~q14(X) | gamay(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula464_$sk'])).
% 18.84/2.82 cnf('295', plain, (gamay(chateaumorgonbeaujolais)),
% 18.84/2.82 inference(resolution,[],['293','294'])).
% 18.84/2.82 cnf('296', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~pinotblanc(X2027) | ~whitetablewine(X2028) | ~bordeaux(X2029) | ~redwine(X2030) | ~medoc(X2031) | ~winecolor(X2032) | ~winebody(X2033) | ~whitewine(X2034) | ~whiteburgundy(X2035) | ~vintageyear(X2036) | ~sweetriesling(X2037) | ~stemilion(X2038) | ~semillon(X2039) | ~sauvignonblanc(X2040) | ~sauternes(X2041) | ~sancerre(X2042) | ~riesling(X2043) | ~region(X2044) | ~redtablewine(X2045) | ~port(X2046) | ~pinotnoir(X2047) | ~petitesyrah(X2048) | ~pauillac(X2049) | ~muscadet(X2050) | ~meursault(X2051) | ~merlot(X2052) | ~meritage(X2053) | ~margaux(X2054) | ~icewine(X2055) | ~dryriesling(X2056) | ~dessertwine(X2057) | ~cotesdor(X2058) | ~chianti(X2059) | ~cheninblanc(X2060) | ~chardonnay(X2061) | ~cabernetsauvignon(X2062) | ~cabernetfranc(X2063) | ~beaujolais(X2064) | ~anjou(X2065) | ~wineflavor(X2066) | ~winesugar(X2067) | ~winegrape(X2068) | ~winery(X2069) | ~zinfandel(X2070)),
% 18.84/2.82 inference(resolution,[],['288','295'])).
% 18.84/2.82 cnf('297', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~whitetablewine(X2027) | ~bordeaux(X2028) | ~redwine(X2029) | ~medoc(X2030) | ~winecolor(X2031) | ~winebody(X2032) | ~whitewine(X2033) | ~whiteburgundy(X2034) | ~vintageyear(X2035) | ~sweetriesling(X2036) | ~stemilion(X2037) | ~semillon(X2038) | ~sauvignonblanc(X2039) | ~sauternes(X2040) | ~sancerre(X2041) | ~riesling(X2042) | ~region(X2043) | ~redtablewine(X2044) | ~port(X2045) | ~pinotnoir(X2046) | ~petitesyrah(X2047) | ~pauillac(X2048) | ~muscadet(X2049) | ~meursault(X2050) | ~merlot(X2051) | ~meritage(X2052) | ~margaux(X2053) | ~icewine(X2054) | ~dryriesling(X2055) | ~dessertwine(X2056) | ~cotesdor(X2057) | ~chianti(X2058) | ~cheninblanc(X2059) | ~chardonnay(X2060) | ~cabernetsauvignon(X2061) | ~cabernetfranc(X2062) | ~beaujolais(X2063) | ~anjou(X2064) | ~wineflavor(X2065) | ~winesugar(X2066) | ~winegrape(X2067) | ~winery(X2068) | ~zinfandel(X2069)),
% 18.84/2.82 inference(resolution,[],['296','124'])).
% 18.84/2.82 cnf('298', plain, (~tablewine(X) | ~q21(X) | whitetablewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula581_$sk'])).
% 18.84/2.82 cnf('299', plain, (~q46(X) | ~wine(X) | tablewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula560_$sk'])).
% 18.84/2.82 cnf('300', plain, (tablewine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[then_simplify],['299','163','152'])).
% 18.84/2.82 cnf('301', plain, (whitetablewine(kalincellarssemillon)),
% 18.84/2.82 inference(resolution,[then_simplify],['298','150','300'])).
% 18.84/2.82 cnf('302', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~vintageyear(X2034) | ~sweetriesling(X2035) | ~stemilion(X2036) | ~semillon(X2037) | ~sauvignonblanc(X2038) | ~sauternes(X2039) | ~sancerre(X2040) | ~riesling(X2041) | ~region(X2042) | ~redtablewine(X2043) | ~port(X2044) | ~pinotnoir(X2045) | ~petitesyrah(X2046) | ~pauillac(X2047) | ~muscadet(X2048) | ~meursault(X2049) | ~merlot(X2050) | ~meritage(X2051) | ~margaux(X2052) | ~icewine(X2053) | ~dryriesling(X2054) | ~dessertwine(X2055) | ~cotesdor(X2056) | ~chianti(X2057) | ~cheninblanc(X2058) | ~chardonnay(X2059) | ~cabernetsauvignon(X2060) | ~cabernetfranc(X2061) | ~beaujolais(X2062) | ~anjou(X2063) | ~wineflavor(X2064) | ~winesugar(X2065) | ~winegrape(X2066) | ~winery(X2067) | ~zinfandel(X2068)),
% 18.84/2.82 inference(resolution,[],['297','301'])).
% 18.84/2.82 cnf('303', plain, (~kaon2equal(X,Y) | ~vintageyear(Y) | vintageyear(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula569_$sk'])).
% 18.84/2.82 cnf('304', plain, (~vintageyear_aux(X) | vintageyear(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula108_$sk'])).
% 18.84/2.82 cnf('305', plain, (vintageyear_aux(year1998)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula652'])).
% 18.84/2.82 cnf('306', plain, (vintageyear(year1998)),
% 18.84/2.82 inference(resolution,[],['304','305'])).
% 18.84/2.82 cnf('307', plain, (~kaon2equal(X,year1998) | vintageyear(X)),
% 18.84/2.82 inference(resolution,[],['303','306'])).
% 18.84/2.82 cnf('308', plain, (~hasvintageyear(X,Y) | ~hasvintageyear(X,Z) | kaon2equal(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula955_$sk'])).
% 18.84/2.82 cnf('309', plain, (hasvintageyear_aux(saucelitocanyonzinfandel1998,year1998)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula653'])).
% 18.84/2.82 cnf('310', plain, (~hasvintageyear_aux(X,Y) | hasvintageyear(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula9_$sk'])).
% 18.84/2.82 cnf('311', plain, (hasvintageyear(saucelitocanyonzinfandel1998,year1998)),
% 18.84/2.82 inference(resolution,[],['309','310'])).
% 18.84/2.82 cnf('312', plain, (~hasvintageyear(saucelitocanyonzinfandel1998,X) | kaon2equal(X,year1998)),
% 18.84/2.82 inference(resolution,[],['308','311'])).
% 18.84/2.82 cnf('313', plain, (hasvintageyear(X,X) | ~vintage(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula850_$sk'])).
% 18.84/2.82 cnf('314', plain, (kaon2namedobjects(saucelitocanyonzinfandel1998)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula520'])).
% 18.84/2.82 cnf('315', plain, (~vintage(saucelitocanyonzinfandel1998) | kaon2equal(saucelitocanyonzinfandel1998,year1998)),
% 18.84/2.82 inference(resolution,[then_simplify],['312','313','314'])).
% 18.84/2.82 cnf('316', plain, (~vintage(saucelitocanyonzinfandel1998) | vintageyear(saucelitocanyonzinfandel1998)),
% 18.84/2.82 inference(resolution,[],['307','315'])).
% 18.84/2.82 cnf('317', plain, (hasvintageyear(saucelitocanyonzinfandel1998,year1998)),
% 18.84/2.82 inference(resolution,[],['309','310'])).
% 18.84/2.82 cnf('318', plain, (vintageyear(saucelitocanyonzinfandel1998)),
% 18.84/2.82 inference(resolution,[then_simplify],['316','112','317'])).
% 18.84/2.82 cnf('319', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sweetriesling(X2034) | ~stemilion(X2035) | ~semillon(X2036) | ~sauvignonblanc(X2037) | ~sauternes(X2038) | ~sancerre(X2039) | ~riesling(X2040) | ~region(X2041) | ~redtablewine(X2042) | ~port(X2043) | ~pinotnoir(X2044) | ~petitesyrah(X2045) | ~pauillac(X2046) | ~muscadet(X2047) | ~meursault(X2048) | ~merlot(X2049) | ~meritage(X2050) | ~margaux(X2051) | ~icewine(X2052) | ~dryriesling(X2053) | ~dessertwine(X2054) | ~cotesdor(X2055) | ~chianti(X2056) | ~cheninblanc(X2057) | ~chardonnay(X2058) | ~cabernetsauvignon(X2059) | ~cabernetfranc(X2060) | ~beaujolais(X2061) | ~anjou(X2062) | ~wineflavor(X2063) | ~winesugar(X2064) | ~winegrape(X2065) | ~winery(X2066) | ~zinfandel(X2067)),
% 18.84/2.82 inference(resolution,[],['302','318'])).
% 18.84/2.82 cnf('320', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~stemilion(X2034) | ~semillon(X2035) | ~sauvignonblanc(X2036) | ~sauternes(X2037) | ~sancerre(X2038) | ~riesling(X2039) | ~region(X2040) | ~redtablewine(X2041) | ~port(X2042) | ~pinotnoir(X2043) | ~petitesyrah(X2044) | ~pauillac(X2045) | ~muscadet(X2046) | ~meursault(X2047) | ~merlot(X2048) | ~meritage(X2049) | ~margaux(X2050) | ~icewine(X2051) | ~dryriesling(X2052) | ~dessertwine(X2053) | ~cotesdor(X2054) | ~chianti(X2055) | ~cheninblanc(X2056) | ~chardonnay(X2057) | ~cabernetsauvignon(X2058) | ~cabernetfranc(X2059) | ~beaujolais(X2060) | ~anjou(X2061) | ~wineflavor(X2062) | ~winesugar(X2063) | ~winegrape(X2064) | ~winery(X2065) | ~zinfandel(X2066)),
% 18.84/2.82 inference(resolution,[],['319','33'])).
% 18.84/2.82 cnf('321', plain, (~stemilion_aux(X) | stemilion(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula106_$sk'])).
% 18.84/2.82 cnf('322', plain, (stemilion_aux(chateauchevalblancstemilion)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula488'])).
% 18.84/2.82 cnf('323', plain, (stemilion(chateauchevalblancstemilion)),
% 18.84/2.82 inference(resolution,[],['321','322'])).
% 18.84/2.82 cnf('324', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~semillon(X2034) | ~sauvignonblanc(X2035) | ~sauternes(X2036) | ~sancerre(X2037) | ~riesling(X2038) | ~region(X2039) | ~redtablewine(X2040) | ~port(X2041) | ~pinotnoir(X2042) | ~petitesyrah(X2043) | ~pauillac(X2044) | ~muscadet(X2045) | ~meursault(X2046) | ~merlot(X2047) | ~meritage(X2048) | ~margaux(X2049) | ~icewine(X2050) | ~dryriesling(X2051) | ~dessertwine(X2052) | ~cotesdor(X2053) | ~chianti(X2054) | ~cheninblanc(X2055) | ~chardonnay(X2056) | ~cabernetsauvignon(X2057) | ~cabernetfranc(X2058) | ~beaujolais(X2059) | ~anjou(X2060) | ~wineflavor(X2061) | ~winesugar(X2062) | ~winegrape(X2063) | ~winery(X2064) | ~zinfandel(X2065)),
% 18.84/2.82 inference(resolution,[],['320','323'])).
% 18.84/2.82 cnf('325', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~sauternes(X2035) | ~sancerre(X2036) | ~riesling(X2037) | ~region(X2038) | ~redtablewine(X2039) | ~port(X2040) | ~pinotnoir(X2041) | ~petitesyrah(X2042) | ~pauillac(X2043) | ~muscadet(X2044) | ~meursault(X2045) | ~merlot(X2046) | ~meritage(X2047) | ~margaux(X2048) | ~icewine(X2049) | ~dryriesling(X2050) | ~dessertwine(X2051) | ~cotesdor(X2052) | ~chianti(X2053) | ~cheninblanc(X2054) | ~chardonnay(X2055) | ~cabernetsauvignon(X2056) | ~cabernetfranc(X2057) | ~beaujolais(X2058) | ~anjou(X2059) | ~wineflavor(X2060) | ~winesugar(X2061) | ~winegrape(X2062) | ~winery(X2063) | ~zinfandel(X2064)),
% 18.84/2.82 inference(resolution,[],['324','146'])).
% 18.84/2.82 cnf('326', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~sancerre(X2035) | ~riesling(X2036) | ~region(X2037) | ~redtablewine(X2038) | ~port(X2039) | ~pinotnoir(X2040) | ~petitesyrah(X2041) | ~pauillac(X2042) | ~muscadet(X2043) | ~meursault(X2044) | ~merlot(X2045) | ~meritage(X2046) | ~margaux(X2047) | ~icewine(X2048) | ~dryriesling(X2049) | ~dessertwine(X2050) | ~cotesdor(X2051) | ~chianti(X2052) | ~cheninblanc(X2053) | ~chardonnay(X2054) | ~cabernetsauvignon(X2055) | ~cabernetfranc(X2056) | ~beaujolais(X2057) | ~anjou(X2058) | ~wineflavor(X2059) | ~winesugar(X2060) | ~winegrape(X2061) | ~winery(X2062) | ~zinfandel(X2063)),
% 18.84/2.82 inference(resolution,[],['325','232'])).
% 18.84/2.82 cnf('327', plain, (~sancerre_aux(X) | sancerre(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula102_$sk'])).
% 18.84/2.82 cnf('328', plain, (sancerre_aux(closdelapoussiesancerre)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula480'])).
% 18.84/2.82 cnf('329', plain, (sancerre(closdelapoussiesancerre)),
% 18.84/2.82 inference(resolution,[],['327','328'])).
% 18.84/2.82 cnf('330', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~redtablewine(X2037) | ~port(X2038) | ~pinotnoir(X2039) | ~petitesyrah(X2040) | ~pauillac(X2041) | ~muscadet(X2042) | ~meursault(X2043) | ~merlot(X2044) | ~meritage(X2045) | ~margaux(X2046) | ~icewine(X2047) | ~dryriesling(X2048) | ~dessertwine(X2049) | ~cotesdor(X2050) | ~chianti(X2051) | ~cheninblanc(X2052) | ~chardonnay(X2053) | ~cabernetsauvignon(X2054) | ~cabernetfranc(X2055) | ~beaujolais(X2056) | ~anjou(X2057) | ~wineflavor(X2058) | ~winesugar(X2059) | ~winegrape(X2060) | ~winery(X2061) | ~zinfandel(X2062)),
% 18.84/2.82 inference(resolution,[],['326','329'])).
% 18.84/2.82 cnf('331', plain, (~q41(X) | ~tablewine(X) | redtablewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula519_$sk'])).
% 18.84/2.82 cnf('332', plain, (~tablewine(X) | ~q0(X) | redtablewine(X)),
% 18.84/2.82 inference(resolution,[],['331','170'])).
% 18.84/2.82 cnf('333', plain, (hassugar_aux(mountadampinotnoir,dry)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula150'])).
% 18.84/2.82 cnf('334', plain, (q46(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[],['161','333'])).
% 18.84/2.82 cnf('335', plain, (~pinotnoir_aux(X) | pinotnoir(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula97_$sk'])).
% 18.84/2.82 cnf('336', plain, (pinotnoir_aux(mountadampinotnoir)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula438'])).
% 18.84/2.82 cnf('337', plain, (pinotnoir(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[],['335','336'])).
% 18.84/2.82 cnf('338', plain, (~pinotnoir(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula614_$sk'])).
% 18.84/2.82 cnf('339', plain, (wine(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[],['337','338'])).
% 18.84/2.82 cnf('340', plain, (tablewine(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[then_simplify],['299','334','339'])).
% 18.84/2.82 cnf('341', plain, (~pinotnoir(X) | q0(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula115_$sk'])).
% 18.84/2.82 cnf('342', plain, (q0(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[],['337','341'])).
% 18.84/2.82 cnf('343', plain, (redtablewine(mountadampinotnoir)),
% 18.84/2.82 inference(resolution,[then_simplify],['332','340','342'])).
% 18.84/2.82 cnf('344', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~port(X2037) | ~pinotnoir(X2038) | ~petitesyrah(X2039) | ~pauillac(X2040) | ~muscadet(X2041) | ~meursault(X2042) | ~merlot(X2043) | ~meritage(X2044) | ~margaux(X2045) | ~icewine(X2046) | ~dryriesling(X2047) | ~dessertwine(X2048) | ~cotesdor(X2049) | ~chianti(X2050) | ~cheninblanc(X2051) | ~chardonnay(X2052) | ~cabernetsauvignon(X2053) | ~cabernetfranc(X2054) | ~beaujolais(X2055) | ~anjou(X2056) | ~wineflavor(X2057) | ~winesugar(X2058) | ~winegrape(X2059) | ~winery(X2060) | ~zinfandel(X2061)),
% 18.84/2.82 inference(resolution,[],['330','343'])).
% 18.84/2.82 cnf('345', plain, (~port_aux(X) | port(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula98_$sk'])).
% 18.84/2.82 cnf('346', plain, (port_aux(taylorport)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula441'])).
% 18.84/2.82 cnf('347', plain, (port(taylorport)),
% 18.84/2.82 inference(resolution,[],['345','346'])).
% 18.84/2.82 cnf('348', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~petitesyrah(X2038) | ~pauillac(X2039) | ~muscadet(X2040) | ~meursault(X2041) | ~merlot(X2042) | ~meritage(X2043) | ~margaux(X2044) | ~icewine(X2045) | ~dryriesling(X2046) | ~dessertwine(X2047) | ~cotesdor(X2048) | ~chianti(X2049) | ~cheninblanc(X2050) | ~chardonnay(X2051) | ~cabernetsauvignon(X2052) | ~cabernetfranc(X2053) | ~beaujolais(X2054) | ~anjou(X2055) | ~wineflavor(X2056) | ~winesugar(X2057) | ~winegrape(X2058) | ~winery(X2059) | ~zinfandel(X2060)),
% 18.84/2.82 inference(resolution,[],['344','347'])).
% 18.84/2.82 cnf('349', plain, (~petitesyrah_aux(X) | petitesyrah(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula96_$sk'])).
% 18.84/2.82 cnf('350', plain, (petitesyrah_aux(seanthackreysiriuspetitesyrah)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula437'])).
% 18.84/2.82 cnf('351', plain, (petitesyrah(seanthackreysiriuspetitesyrah)),
% 18.84/2.82 inference(resolution,[],['349','350'])).
% 18.84/2.82 cnf('352', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~pauillac(X2038) | ~muscadet(X2039) | ~meursault(X2040) | ~merlot(X2041) | ~meritage(X2042) | ~margaux(X2043) | ~icewine(X2044) | ~dryriesling(X2045) | ~dessertwine(X2046) | ~cotesdor(X2047) | ~chianti(X2048) | ~cheninblanc(X2049) | ~chardonnay(X2050) | ~cabernetsauvignon(X2051) | ~cabernetfranc(X2052) | ~beaujolais(X2053) | ~anjou(X2054) | ~wineflavor(X2055) | ~winesugar(X2056) | ~winegrape(X2057) | ~winery(X2058) | ~zinfandel(X2059)),
% 18.84/2.82 inference(resolution,[],['348','351'])).
% 18.84/2.82 cnf('353', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~muscadet(X2038) | ~meursault(X2039) | ~merlot(X2040) | ~meritage(X2041) | ~margaux(X2042) | ~icewine(X2043) | ~dryriesling(X2044) | ~dessertwine(X2045) | ~cotesdor(X2046) | ~chianti(X2047) | ~cheninblanc(X2048) | ~chardonnay(X2049) | ~cabernetsauvignon(X2050) | ~cabernetfranc(X2051) | ~beaujolais(X2052) | ~anjou(X2053) | ~wineflavor(X2054) | ~winesugar(X2055) | ~winegrape(X2056) | ~winery(X2057) | ~zinfandel(X2058)),
% 18.84/2.82 inference(resolution,[],['352','193'])).
% 18.84/2.82 cnf('354', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~meursault(X2038) | ~merlot(X2039) | ~meritage(X2040) | ~margaux(X2041) | ~icewine(X2042) | ~dryriesling(X2043) | ~dessertwine(X2044) | ~cotesdor(X2045) | ~chianti(X2046) | ~cheninblanc(X2047) | ~chardonnay(X2048) | ~cabernetsauvignon(X2049) | ~cabernetfranc(X2050) | ~beaujolais(X2051) | ~anjou(X2052) | ~wineflavor(X2053) | ~winesugar(X2054) | ~winegrape(X2055) | ~winery(X2056) | ~zinfandel(X2057)),
% 18.84/2.82 inference(resolution,[],['353','120'])).
% 18.84/2.82 cnf('355', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~meritage(X2039) | ~margaux(X2040) | ~icewine(X2041) | ~dryriesling(X2042) | ~dessertwine(X2043) | ~cotesdor(X2044) | ~chianti(X2045) | ~cheninblanc(X2046) | ~chardonnay(X2047) | ~cabernetsauvignon(X2048) | ~cabernetfranc(X2049) | ~beaujolais(X2050) | ~anjou(X2051) | ~wineflavor(X2052) | ~winesugar(X2053) | ~winegrape(X2054) | ~winery(X2055) | ~zinfandel(X2056)),
% 18.84/2.82 inference(resolution,[],['354','256'])).
% 18.84/2.82 cnf('356', plain, (~meritage_aux(X) | meritage(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula91_$sk'])).
% 18.84/2.82 cnf('357', plain, (meritage_aux(kathrynkennedylateral)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula412'])).
% 18.84/2.82 cnf('358', plain, (meritage(kathrynkennedylateral)),
% 18.84/2.82 inference(resolution,[],['356','357'])).
% 18.84/2.82 cnf('359', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~margaux(X2039) | ~icewine(X2040) | ~dryriesling(X2041) | ~dessertwine(X2042) | ~cotesdor(X2043) | ~chianti(X2044) | ~cheninblanc(X2045) | ~chardonnay(X2046) | ~cabernetsauvignon(X2047) | ~cabernetfranc(X2048) | ~beaujolais(X2049) | ~anjou(X2050) | ~wineflavor(X2051) | ~winesugar(X2052) | ~winegrape(X2053) | ~winery(X2054) | ~zinfandel(X2055)),
% 18.84/2.82 inference(resolution,[],['355','358'])).
% 18.84/2.82 cnf('360', plain, (~margaux_aux(X) | margaux(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula90_$sk'])).
% 18.84/2.82 cnf('361', plain, (margaux_aux(chateaumargaux)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula413'])).
% 18.84/2.82 cnf('362', plain, (margaux(chateaumargaux)),
% 18.84/2.82 inference(resolution,[],['360','361'])).
% 18.84/2.82 cnf('363', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~icewine(X2039) | ~dryriesling(X2040) | ~dessertwine(X2041) | ~cotesdor(X2042) | ~chianti(X2043) | ~cheninblanc(X2044) | ~chardonnay(X2045) | ~cabernetsauvignon(X2046) | ~cabernetfranc(X2047) | ~beaujolais(X2048) | ~anjou(X2049) | ~wineflavor(X2050) | ~winesugar(X2051) | ~winegrape(X2052) | ~winery(X2053) | ~zinfandel(X2054)),
% 18.84/2.82 inference(resolution,[],['359','362'])).
% 18.84/2.82 cnf('364', plain, (~kaon2equal(X,Y) | ~icewine(Y) | icewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula471_$sk'])).
% 18.84/2.82 cnf('365', plain, (~kaon2equal(X,selaksicewine) | icewine(X)),
% 18.84/2.82 inference(resolution,[],['364','66'])).
% 18.84/2.82 cnf('366', plain, (icewine(white)),
% 18.84/2.82 inference(resolution,[],['365','77'])).
% 18.84/2.82 cnf('367', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dryriesling(X2039) | ~dessertwine(X2040) | ~cotesdor(X2041) | ~chianti(X2042) | ~cheninblanc(X2043) | ~chardonnay(X2044) | ~cabernetsauvignon(X2045) | ~cabernetfranc(X2046) | ~beaujolais(X2047) | ~anjou(X2048) | ~wineflavor(X2049) | ~winesugar(X2050) | ~winegrape(X2051) | ~winery(X2052) | ~zinfandel(X2053)),
% 18.84/2.82 inference(resolution,[],['363','366'])).
% 18.84/2.82 cnf('368', plain, (~dryriesling_aux(X) | dryriesling(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula88_$sk'])).
% 18.84/2.82 cnf('369', plain, (dryriesling_aux(mountadamriesling)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula415'])).
% 18.84/2.82 cnf('370', plain, (dryriesling(mountadamriesling)),
% 18.84/2.82 inference(resolution,[],['368','369'])).
% 18.84/2.82 cnf('371', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cotesdor(X2040) | ~chianti(X2041) | ~cheninblanc(X2042) | ~chardonnay(X2043) | ~cabernetsauvignon(X2044) | ~cabernetfranc(X2045) | ~beaujolais(X2046) | ~anjou(X2047) | ~wineflavor(X2048) | ~winesugar(X2049) | ~winegrape(X2050) | ~winery(X2051) | ~zinfandel(X2052)),
% 18.84/2.82 inference(resolution,[],['367','370'])).
% 18.84/2.82 cnf('372', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~chianti(X2040) | ~cheninblanc(X2041) | ~chardonnay(X2042) | ~cabernetsauvignon(X2043) | ~cabernetfranc(X2044) | ~beaujolais(X2045) | ~anjou(X2046) | ~wineflavor(X2047) | ~winesugar(X2048) | ~winegrape(X2049) | ~winery(X2050) | ~zinfandel(X2051)),
% 18.84/2.82 inference(resolution,[],['371','264'])).
% 18.84/2.82 cnf('373', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~cabernetfranc(X2043) | ~beaujolais(X2044) | ~anjou(X2045) | ~wineflavor(X2046) | ~winesugar(X2047) | ~winegrape(X2048) | ~winery(X2049) | ~zinfandel(X2050)),
% 18.84/2.82 inference(resolution,[],['372','248'])).
% 18.84/2.82 cnf('374', plain, (~cabernetfranc_aux(X) | cabernetfranc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula81_$sk'])).
% 18.84/2.82 cnf('375', plain, (cabernetfranc_aux(whitehalllanecabernetfranc)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula421'])).
% 18.84/2.82 cnf('376', plain, (cabernetfranc(whitehalllanecabernetfranc)),
% 18.84/2.82 inference(resolution,[],['374','375'])).
% 18.84/2.82 cnf('377', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~beaujolais(X2043) | ~anjou(X2044) | ~wineflavor(X2045) | ~winesugar(X2046) | ~winegrape(X2047) | ~winery(X2048) | ~zinfandel(X2049)),
% 18.84/2.82 inference(resolution,[],['373','376'])).
% 18.84/2.82 cnf('378', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~anjou(X2043) | ~wineflavor(X2044) | ~winesugar(X2045) | ~winegrape(X2046) | ~winery(X2047) | ~zinfandel(X2048)),
% 18.84/2.82 inference(resolution,[],['377','291'])).
% 18.84/2.82 cnf('379', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~wineflavor(X2043) | ~winesugar(X2044) | ~winegrape(X2045) | ~winery(X2046) | ~zinfandel(X2047)),
% 18.84/2.82 inference(resolution,[],['378','283'])).
% 18.84/2.82 cnf('380', plain, (~winegrape_aux(X) | winegrape(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula76_$sk'])).
% 18.84/2.82 cnf('381', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~wineflavor(X2043) | ~winesugar(X2044) | ~winery(X2045) | ~zinfandel(X2046) | ~winegrape_aux(X2047)),
% 18.84/2.82 inference(resolution,[],['379','380'])).
% 18.84/2.82 cnf('382', plain, (~winery_aux(X) | winery(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula75_$sk'])).
% 18.84/2.82 cnf('383', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~wineflavor(X2043) | ~winesugar(X2044) | ~zinfandel(X2045) | ~winery_aux(X2046) | ~winegrape_aux(X2047)),
% 18.84/2.82 inference(resolution,[],['381','382'])).
% 18.84/2.82 cnf('384', plain, (~zinfandel_aux(X) | zinfandel(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula74_$sk'])).
% 18.84/2.82 cnf('385', plain, (zinfandel_aux(saucelitocanyonzinfandel)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula400'])).
% 18.84/2.82 cnf('386', plain, (zinfandel(saucelitocanyonzinfandel)),
% 18.84/2.82 inference(resolution,[],['384','385'])).
% 18.84/2.82 cnf('387', plain, (~haswinedescriptor(X,Y) | ~hasvintageyear(Z,U) | ~hasbody(V,W) | ~hascolor(X2006,X2007) | ~hasflavor(X2008,X2009) | ~hasmaker(X2010,X2011) | ~hassugar(X2012,X2013) | ~locatedin(X2014,X2015) | ~madefromgrape(X2016,X2017) | ~winetaste(X2018) | ~winedescriptor(X2019) | ~loire(X2020) | ~whitenonsweetwine(X2021) | ~drywine(X2022) | ~tablewine(X2023) | ~wine(X2024) | ~burgundy(X2025) | ~semillonorsauvignonblanc(X2026) | ~bordeaux(X2027) | ~redwine(X2028) | ~medoc(X2029) | ~winecolor(X2030) | ~winebody(X2031) | ~whitewine(X2032) | ~whiteburgundy(X2033) | ~sauvignonblanc(X2034) | ~riesling(X2035) | ~region(X2036) | ~pinotnoir(X2037) | ~merlot(X2038) | ~dessertwine(X2039) | ~cheninblanc(X2040) | ~chardonnay(X2041) | ~cabernetsauvignon(X2042) | ~wineflavor(X2043) | ~winesugar(X2044) | ~winery_aux(X2045) | ~winegrape_aux(X2046)),
% 18.84/2.82 inference(resolution,[],['383','386'])).
% 18.84/2.82 cnf('388', plain, (~kaon2equal(X,Y) | ~hasflavor(Z,Y) | hasflavor(Z,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula838_$sk'])).
% 18.84/2.82 cnf('389', plain, (~hasflavor(X,white) | hasflavor(X,medium)),
% 18.84/2.82 inference(resolution,[],['219','388'])).
% 18.84/2.82 cnf('390', plain, (~kaon2equal(X,Y) | ~hasflavor(Y,Z) | hasflavor(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula837_$sk'])).
% 18.84/2.82 cnf('391', plain, (~hasflavor(selaksicewine,X) | hasflavor(white,X)),
% 18.84/2.82 inference(resolution,[],['77','390'])).
% 18.84/2.82 cnf('392', plain, (~hasflavor(white,X) | hasflavor(selaksicewine,X)),
% 18.84/2.82 inference(resolution,[],['72','390'])).
% 18.84/2.82 cnf('393', plain, (hasflavor(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula836_$sk'])).
% 18.84/2.82 cnf('394', plain, (~wine(white) | hasflavor(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['392','393','94'])).
% 18.84/2.82 cnf('395', plain, (wine(white)),
% 18.84/2.82 inference(resolution,[],['88','89'])).
% 18.84/2.82 cnf('396', plain, (hasflavor(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['391','394','395'])).
% 18.84/2.82 cnf('397', plain, (hasflavor(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[],['396','392'])).
% 18.84/2.82 cnf('398', plain, (hasflavor(selaksicewine,medium)),
% 18.84/2.82 inference(resolution,[],['389','397'])).
% 18.84/2.82 cnf('399', plain, (~hasflavor(X,Y) | haswinedescriptor(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula855_$sk'])).
% 18.84/2.82 cnf('400', plain, (haswinedescriptor(selaksicewine,medium)),
% 18.84/2.82 inference(resolution,[],['398','399'])).
% 18.84/2.82 cnf('401', plain, (~hasvintageyear(X,Y) | ~hasbody(Z,U) | ~hascolor(V,W) | ~hasflavor(X2006,X2007) | ~hasmaker(X2008,X2009) | ~hassugar(X2010,X2011) | ~locatedin(X2012,X2013) | ~madefromgrape(X2014,X2015) | ~winetaste(X2016) | ~winedescriptor(X2017) | ~loire(X2018) | ~whitenonsweetwine(X2019) | ~drywine(X2020) | ~tablewine(X2021) | ~wine(X2022) | ~burgundy(X2023) | ~semillonorsauvignonblanc(X2024) | ~bordeaux(X2025) | ~redwine(X2026) | ~medoc(X2027) | ~winecolor(X2028) | ~winebody(X2029) | ~whitewine(X2030) | ~whiteburgundy(X2031) | ~sauvignonblanc(X2032) | ~riesling(X2033) | ~region(X2034) | ~pinotnoir(X2035) | ~merlot(X2036) | ~dessertwine(X2037) | ~cheninblanc(X2038) | ~chardonnay(X2039) | ~cabernetsauvignon(X2040) | ~wineflavor(X2041) | ~winesugar(X2042) | ~winery_aux(X2043) | ~winegrape_aux(X2044)),
% 18.84/2.82 inference(resolution,[],['387','400'])).
% 18.84/2.82 cnf('402', plain, (~hasbody(X,Y) | ~hascolor(Z,U) | ~hasflavor(V,W) | ~hasmaker(X2006,X2007) | ~hassugar(X2008,X2009) | ~locatedin(X2010,X2011) | ~madefromgrape(X2012,X2013) | ~winetaste(X2014) | ~winedescriptor(X2015) | ~loire(X2016) | ~whitenonsweetwine(X2017) | ~drywine(X2018) | ~tablewine(X2019) | ~wine(X2020) | ~burgundy(X2021) | ~semillonorsauvignonblanc(X2022) | ~bordeaux(X2023) | ~redwine(X2024) | ~medoc(X2025) | ~winecolor(X2026) | ~winebody(X2027) | ~whitewine(X2028) | ~whiteburgundy(X2029) | ~sauvignonblanc(X2030) | ~riesling(X2031) | ~region(X2032) | ~pinotnoir(X2033) | ~merlot(X2034) | ~dessertwine(X2035) | ~cheninblanc(X2036) | ~chardonnay(X2037) | ~cabernetsauvignon(X2038) | ~wineflavor(X2039) | ~winesugar(X2040) | ~winery_aux(X2041) | ~winegrape_aux(X2042)),
% 18.84/2.82 inference(resolution,[],['401','311'])).
% 18.84/2.82 cnf('403', plain, (~kaon2equal(X,Y) | ~hasbody(Y,Z) | hasbody(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula825_$sk'])).
% 18.84/2.82 cnf('404', plain, (~hasbody(white,X) | hasbody(medium,X)),
% 18.84/2.82 inference(resolution,[],['219','403'])).
% 18.84/2.82 cnf('405', plain, (~hasbody(X,white) | hasbody(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['72','210'])).
% 18.84/2.82 cnf('406', plain, (~wine(white) | hasbody(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[then_simplify],['405','212','94'])).
% 18.84/2.82 cnf('407', plain, (hasbody(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['211','406','395'])).
% 18.84/2.82 cnf('408', plain, (hasbody(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['407','405'])).
% 18.84/2.82 cnf('409', plain, (hasbody(medium,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['404','408'])).
% 18.84/2.82 cnf('410', plain, (~hascolor(X,Y) | ~hasflavor(Z,U) | ~hasmaker(V,W) | ~hassugar(X2006,X2007) | ~locatedin(X2008,X2009) | ~madefromgrape(X2010,X2011) | ~winetaste(X2012) | ~winedescriptor(X2013) | ~loire(X2014) | ~whitenonsweetwine(X2015) | ~drywine(X2016) | ~tablewine(X2017) | ~wine(X2018) | ~burgundy(X2019) | ~semillonorsauvignonblanc(X2020) | ~bordeaux(X2021) | ~redwine(X2022) | ~medoc(X2023) | ~winecolor(X2024) | ~winebody(X2025) | ~whitewine(X2026) | ~whiteburgundy(X2027) | ~sauvignonblanc(X2028) | ~riesling(X2029) | ~region(X2030) | ~pinotnoir(X2031) | ~merlot(X2032) | ~dessertwine(X2033) | ~cheninblanc(X2034) | ~chardonnay(X2035) | ~cabernetsauvignon(X2036) | ~wineflavor(X2037) | ~winesugar(X2038) | ~winery_aux(X2039) | ~winegrape_aux(X2040)),
% 18.84/2.82 inference(resolution,[],['402','409'])).
% 18.84/2.82 cnf('411', plain, (~kaon2equal(X,Y) | ~hascolor(Y,Z) | hascolor(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula831_$sk'])).
% 18.84/2.82 cnf('412', plain, (~hascolor(white,X) | hascolor(medium,X)),
% 18.84/2.82 inference(resolution,[],['219','411'])).
% 18.84/2.82 cnf('413', plain, (~hascolor(X,selaksicewine) | hascolor(X,white)),
% 18.84/2.82 inference(resolution,[],['77','73'])).
% 18.84/2.82 cnf('414', plain, (~wine(white) | hascolor(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[then_simplify],['74','63','94'])).
% 18.84/2.82 cnf('415', plain, (hascolor(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['413','414','395'])).
% 18.84/2.82 cnf('416', plain, (hascolor(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['415','74'])).
% 18.84/2.82 cnf('417', plain, (hascolor(medium,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['412','416'])).
% 18.84/2.82 cnf('418', plain, (~hasflavor(X,Y) | ~hasmaker(Z,U) | ~hassugar(V,W) | ~locatedin(X2006,X2007) | ~madefromgrape(X2008,X2009) | ~winetaste(X2010) | ~winedescriptor(X2011) | ~loire(X2012) | ~whitenonsweetwine(X2013) | ~drywine(X2014) | ~tablewine(X2015) | ~wine(X2016) | ~burgundy(X2017) | ~semillonorsauvignonblanc(X2018) | ~bordeaux(X2019) | ~redwine(X2020) | ~medoc(X2021) | ~winecolor(X2022) | ~winebody(X2023) | ~whitewine(X2024) | ~whiteburgundy(X2025) | ~sauvignonblanc(X2026) | ~riesling(X2027) | ~region(X2028) | ~pinotnoir(X2029) | ~merlot(X2030) | ~dessertwine(X2031) | ~cheninblanc(X2032) | ~chardonnay(X2033) | ~cabernetsauvignon(X2034) | ~wineflavor(X2035) | ~winesugar(X2036) | ~winery_aux(X2037) | ~winegrape_aux(X2038)),
% 18.84/2.82 inference(resolution,[],['410','417'])).
% 18.84/2.82 cnf('419', plain, (~hasmaker(X,Y) | ~hassugar(Z,U) | ~locatedin(V,W) | ~madefromgrape(X2006,X2007) | ~winetaste(X2008) | ~winedescriptor(X2009) | ~loire(X2010) | ~whitenonsweetwine(X2011) | ~drywine(X2012) | ~tablewine(X2013) | ~wine(X2014) | ~burgundy(X2015) | ~semillonorsauvignonblanc(X2016) | ~bordeaux(X2017) | ~redwine(X2018) | ~medoc(X2019) | ~winecolor(X2020) | ~winebody(X2021) | ~whitewine(X2022) | ~whiteburgundy(X2023) | ~sauvignonblanc(X2024) | ~riesling(X2025) | ~region(X2026) | ~pinotnoir(X2027) | ~merlot(X2028) | ~dessertwine(X2029) | ~cheninblanc(X2030) | ~chardonnay(X2031) | ~cabernetsauvignon(X2032) | ~wineflavor(X2033) | ~winesugar(X2034) | ~winery_aux(X2035) | ~winegrape_aux(X2036)),
% 18.84/2.82 inference(resolution,[],['418','398'])).
% 18.84/2.82 cnf('420', plain, (~hasmaker(white,X) | hasmaker(medium,X)),
% 18.84/2.82 inference(resolution,[],['219','91'])).
% 18.84/2.82 cnf('421', plain, (~hasmaker(selaksicewine,X) | hasmaker(white,X)),
% 18.84/2.82 inference(resolution,[],['77','91'])).
% 18.84/2.82 cnf('422', plain, (hasmaker(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['421','95','395'])).
% 18.84/2.82 cnf('423', plain, (produceswine(white,white)),
% 18.84/2.82 inference(resolution,[],['422','96'])).
% 18.84/2.82 cnf('424', plain, (~produceswine(X,Y) | ~kaon2equal(Z,X) | produceswine(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula915_$sk'])).
% 18.84/2.82 cnf('425', plain, (~kaon2equal(X,white) | produceswine(X,white)),
% 18.84/2.82 inference(resolution,[],['423','424'])).
% 18.84/2.82 cnf('426', plain, (produceswine(medium,white)),
% 18.84/2.82 inference(resolution,[],['219','425'])).
% 18.84/2.82 cnf('427', plain, (~produceswine(X,Y) | hasmaker(Y,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula839_$sk'])).
% 18.84/2.82 cnf('428', plain, (hasmaker(white,medium)),
% 18.84/2.82 inference(resolution,[],['426','427'])).
% 18.84/2.82 cnf('429', plain, (hasmaker(medium,medium)),
% 18.84/2.82 inference(resolution,[],['420','428'])).
% 18.84/2.82 cnf('430', plain, (~hassugar(X,Y) | ~locatedin(Z,U) | ~madefromgrape(V,W) | ~winetaste(X2006) | ~winedescriptor(X2007) | ~loire(X2008) | ~whitenonsweetwine(X2009) | ~drywine(X2010) | ~tablewine(X2011) | ~wine(X2012) | ~burgundy(X2013) | ~semillonorsauvignonblanc(X2014) | ~bordeaux(X2015) | ~redwine(X2016) | ~medoc(X2017) | ~winecolor(X2018) | ~winebody(X2019) | ~whitewine(X2020) | ~whiteburgundy(X2021) | ~sauvignonblanc(X2022) | ~riesling(X2023) | ~region(X2024) | ~pinotnoir(X2025) | ~merlot(X2026) | ~dessertwine(X2027) | ~cheninblanc(X2028) | ~chardonnay(X2029) | ~cabernetsauvignon(X2030) | ~wineflavor(X2031) | ~winesugar(X2032) | ~winery_aux(X2033) | ~winegrape_aux(X2034)),
% 18.84/2.82 inference(resolution,[],['419','429'])).
% 18.84/2.82 cnf('431', plain, (~kaon2equal(X,Y) | ~hassugar(Z,Y) | hassugar(Z,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula849_$sk'])).
% 18.84/2.82 cnf('432', plain, (~hassugar(X,white) | hassugar(X,medium)),
% 18.84/2.82 inference(resolution,[],['219','431'])).
% 18.84/2.82 cnf('433', plain, (~kaon2equal(X,Y) | ~hassugar(Y,Z) | hassugar(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula848_$sk'])).
% 18.84/2.82 cnf('434', plain, (~hassugar(selaksicewine,X) | hassugar(white,X)),
% 18.84/2.82 inference(resolution,[],['77','433'])).
% 18.84/2.82 cnf('435', plain, (~hassugar(white,X) | hassugar(selaksicewine,X)),
% 18.84/2.82 inference(resolution,[],['72','433'])).
% 18.84/2.82 cnf('436', plain, (hassugar(X,X) | ~q70(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula846_$sk'])).
% 18.84/2.82 cnf('437', plain, (~q70(white) | hassugar(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['435','436','94'])).
% 18.84/2.82 cnf('438', plain, (~sweetwine(X) | q70(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula392_$sk'])).
% 18.84/2.82 cnf('439', plain, (q70(white)),
% 18.84/2.82 inference(resolution,[],['88','438'])).
% 18.84/2.82 cnf('440', plain, (hassugar(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['434','437','439'])).
% 18.84/2.82 cnf('441', plain, (hassugar(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[],['440','435'])).
% 18.84/2.82 cnf('442', plain, (hassugar(selaksicewine,medium)),
% 18.84/2.82 inference(resolution,[],['432','441'])).
% 18.84/2.82 cnf('443', plain, (~locatedin(X,Y) | ~madefromgrape(Z,U) | ~winetaste(V) | ~winedescriptor(W) | ~loire(X2006) | ~whitenonsweetwine(X2007) | ~drywine(X2008) | ~tablewine(X2009) | ~wine(X2010) | ~burgundy(X2011) | ~semillonorsauvignonblanc(X2012) | ~bordeaux(X2013) | ~redwine(X2014) | ~medoc(X2015) | ~winecolor(X2016) | ~winebody(X2017) | ~whitewine(X2018) | ~whiteburgundy(X2019) | ~sauvignonblanc(X2020) | ~riesling(X2021) | ~region(X2022) | ~pinotnoir(X2023) | ~merlot(X2024) | ~dessertwine(X2025) | ~cheninblanc(X2026) | ~chardonnay(X2027) | ~cabernetsauvignon(X2028) | ~wineflavor(X2029) | ~winesugar(X2030) | ~winery_aux(X2031) | ~winegrape_aux(X2032)),
% 18.84/2.82 inference(resolution,[],['430','442'])).
% 18.84/2.82 cnf('444', plain, (~kaon2equal(X,Y) | ~locatedin(Y,Z) | locatedin(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula884_$sk'])).
% 18.84/2.82 cnf('445', plain, (~locatedin(white,X) | locatedin(medium,X)),
% 18.84/2.82 inference(resolution,[],['219','444'])).
% 18.84/2.82 cnf('446', plain, (~kaon2equal(X,Y) | ~locatedin(Z,Y) | locatedin(Z,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula885_$sk'])).
% 18.84/2.82 cnf('447', plain, (~locatedin(X,selaksicewine) | locatedin(X,white)),
% 18.84/2.82 inference(resolution,[],['77','446'])).
% 18.84/2.82 cnf('448', plain, (~locatedin(X,white) | locatedin(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['72','446'])).
% 18.84/2.82 cnf('449', plain, (locatedin(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula864_$sk'])).
% 18.84/2.82 cnf('450', plain, (~wine(white) | locatedin(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[then_simplify],['448','449','94'])).
% 18.84/2.82 cnf('451', plain, (locatedin(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['447','450','395'])).
% 18.84/2.82 cnf('452', plain, (locatedin(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['451','448'])).
% 18.84/2.82 cnf('453', plain, (locatedin(medium,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['445','452'])).
% 18.84/2.82 cnf('454', plain, (~madefromgrape(X,Y) | ~winetaste(Z) | ~winedescriptor(U) | ~loire(V) | ~whitenonsweetwine(W) | ~drywine(X2006) | ~tablewine(X2007) | ~wine(X2008) | ~burgundy(X2009) | ~semillonorsauvignonblanc(X2010) | ~bordeaux(X2011) | ~redwine(X2012) | ~medoc(X2013) | ~winecolor(X2014) | ~winebody(X2015) | ~whitewine(X2016) | ~whiteburgundy(X2017) | ~sauvignonblanc(X2018) | ~riesling(X2019) | ~region(X2020) | ~pinotnoir(X2021) | ~merlot(X2022) | ~dessertwine(X2023) | ~cheninblanc(X2024) | ~chardonnay(X2025) | ~cabernetsauvignon(X2026) | ~wineflavor(X2027) | ~winesugar(X2028) | ~winery_aux(X2029) | ~winegrape_aux(X2030)),
% 18.84/2.82 inference(resolution,[],['443','453'])).
% 18.84/2.82 cnf('455', plain, (~kaon2equal(X,Y) | ~madefromgrape(Y,Z) | madefromgrape(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula909_$sk'])).
% 18.84/2.82 cnf('456', plain, (~madefromgrape(white,X) | madefromgrape(medium,X)),
% 18.84/2.82 inference(resolution,[],['219','455'])).
% 18.84/2.82 cnf('457', plain, (~madefromgrape(selaksicewine,X) | madefromgrape(white,X)),
% 18.84/2.82 inference(resolution,[],['77','455'])).
% 18.84/2.82 cnf('458', plain, (~madefromgrape(white,X) | madefromgrape(selaksicewine,X)),
% 18.84/2.82 inference(resolution,[],['72','455'])).
% 18.84/2.82 cnf('459', plain, (madefromgrape(X,X) | ~wine(X) | ~kaon2namedobjects(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula893_$sk'])).
% 18.84/2.82 cnf('460', plain, (~wine(white) | madefromgrape(selaksicewine,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['458','459','94'])).
% 18.84/2.82 cnf('461', plain, (madefromgrape(white,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['457','460','395'])).
% 18.84/2.82 cnf('462', plain, (madeintowine(white,white)),
% 18.84/2.82 inference(resolution,[],['461','101'])).
% 18.84/2.82 cnf('463', plain, (~madeintowine(X,Y) | ~kaon2equal(Z,X) | madeintowine(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula912_$sk'])).
% 18.84/2.82 cnf('464', plain, (~kaon2equal(X,white) | madeintowine(X,white)),
% 18.84/2.82 inference(resolution,[],['462','463'])).
% 18.84/2.82 cnf('465', plain, (madeintowine(medium,white)),
% 18.84/2.82 inference(resolution,[],['219','464'])).
% 18.84/2.82 cnf('466', plain, (~madeintowine(X,Y) | madefromgrape(Y,X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula891_$sk'])).
% 18.84/2.82 cnf('467', plain, (madefromgrape(white,medium)),
% 18.84/2.82 inference(resolution,[],['465','466'])).
% 18.84/2.82 cnf('468', plain, (madefromgrape(medium,medium)),
% 18.84/2.82 inference(resolution,[],['456','467'])).
% 18.84/2.82 cnf('469', plain, (~winetaste(X) | ~winedescriptor(Y) | ~loire(Z) | ~whitenonsweetwine(U) | ~drywine(V) | ~tablewine(W) | ~wine(X2006) | ~burgundy(X2007) | ~semillonorsauvignonblanc(X2008) | ~bordeaux(X2009) | ~redwine(X2010) | ~medoc(X2011) | ~winecolor(X2012) | ~winebody(X2013) | ~whitewine(X2014) | ~whiteburgundy(X2015) | ~sauvignonblanc(X2016) | ~riesling(X2017) | ~region(X2018) | ~pinotnoir(X2019) | ~merlot(X2020) | ~dessertwine(X2021) | ~cheninblanc(X2022) | ~chardonnay(X2023) | ~cabernetsauvignon(X2024) | ~wineflavor(X2025) | ~winesugar(X2026) | ~winery_aux(X2027) | ~winegrape_aux(X2028)),
% 18.84/2.82 inference(resolution,[],['454','468'])).
% 18.84/2.82 cnf('470', plain, (~winedescriptor(X) | winetaste(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula670_$sk'])).
% 18.84/2.82 cnf('471', plain, (~winedescriptor(X) | ~winedescriptor(Y) | ~loire(Z) | ~whitenonsweetwine(U) | ~drywine(V) | ~tablewine(W) | ~wine(X2006) | ~burgundy(X2007) | ~semillonorsauvignonblanc(X2008) | ~bordeaux(X2009) | ~redwine(X2010) | ~medoc(X2011) | ~winecolor(X2012) | ~winebody(X2013) | ~whitewine(X2014) | ~whiteburgundy(X2015) | ~sauvignonblanc(X2016) | ~riesling(X2017) | ~region(X2018) | ~pinotnoir(X2019) | ~merlot(X2020) | ~dessertwine(X2021) | ~cheninblanc(X2022) | ~chardonnay(X2023) | ~cabernetsauvignon(X2024) | ~wineflavor(X2025) | ~winesugar(X2026) | ~winery_aux(X2027) | ~winegrape_aux(X2028)),
% 18.84/2.82 inference(resolution,[],['469','470'])).
% 18.84/2.82 cnf('472', plain, (~winedescriptor(X) | ~loire(Y) | ~whitenonsweetwine(Z) | ~drywine(U) | ~tablewine(V) | ~wine(W) | ~burgundy(X2006) | ~semillonorsauvignonblanc(X2007) | ~bordeaux(X2008) | ~redwine(X2009) | ~medoc(X2010) | ~winecolor(X2011) | ~winebody(X2012) | ~whitewine(X2013) | ~whiteburgundy(X2014) | ~sauvignonblanc(X2015) | ~riesling(X2016) | ~region(X2017) | ~pinotnoir(X2018) | ~merlot(X2019) | ~dessertwine(X2020) | ~cheninblanc(X2021) | ~chardonnay(X2022) | ~cabernetsauvignon(X2023) | ~wineflavor(X2024) | ~winesugar(X2025) | ~winery_aux(X2026) | ~winegrape_aux(X2027)),
% 18.84/2.82 inference(factorization,[],['471'])).
% 18.84/2.82 cnf('473', plain, (hasmaker(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[then_simplify],['421','93','70','71'])).
% 18.84/2.82 cnf('474', plain, (~hasmaker(X,Y) | ~hasmaker(X,Z) | kaon2equal(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula957_$sk'])).
% 18.84/2.82 cnf('475', plain, (~hasmaker(white,X) | kaon2equal(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['473','474'])).
% 18.84/2.82 cnf('476', plain, (~hasmaker_aux(X,Y) | hasmaker(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula4_$sk'])).
% 18.84/2.82 cnf('477', plain, (~hasmaker_aux(selaksicewine,X) | hasmaker(white,X)),
% 18.84/2.82 inference(resolution,[],['421','476'])).
% 18.84/2.82 cnf('478', plain, (~hasmaker_aux(selaksicewine,X) | kaon2equal(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['475','477'])).
% 18.84/2.82 cnf('479', plain, (hasmaker_aux(selaksicewine,selaks)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula98'])).
% 18.84/2.82 cnf('480', plain, (kaon2equal(selaks,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['478','479'])).
% 18.84/2.82 cnf('481', plain, (~hascolor(X,Y) | haswinedescriptor(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula854_$sk'])).
% 18.84/2.82 cnf('482', plain, (haswinedescriptor(selaksicewine,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['75','481'])).
% 18.84/2.82 cnf('483', plain, (~haswinedescriptor(X,Y) | ~kaon2equal(Z,Y) | haswinedescriptor(X,Z)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula858_$sk'])).
% 18.84/2.82 cnf('484', plain, (haswinedescriptor(selaksicewine,X) | ~kaon2equal(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['482','483'])).
% 18.84/2.82 cnf('485', plain, (~haswinedescriptor(X,Y) | winedescriptor(Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula657_$sk'])).
% 18.84/2.82 cnf('486', plain, (~kaon2equal(X,selaksicewine) | winedescriptor(X)),
% 18.84/2.82 inference(resolution,[],['484','485'])).
% 18.84/2.82 cnf('487', plain, (winedescriptor(selaks)),
% 18.84/2.82 inference(resolution,[],['480','486'])).
% 18.84/2.82 cnf('488', plain, (~loire(X) | ~whitenonsweetwine(Y) | ~drywine(Z) | ~tablewine(U) | ~wine(V) | ~burgundy(W) | ~semillonorsauvignonblanc(X2006) | ~bordeaux(X2007) | ~redwine(X2008) | ~medoc(X2009) | ~winecolor(X2010) | ~winebody(X2011) | ~whitewine(X2012) | ~whiteburgundy(X2013) | ~sauvignonblanc(X2014) | ~riesling(X2015) | ~region(X2016) | ~pinotnoir(X2017) | ~merlot(X2018) | ~dessertwine(X2019) | ~cheninblanc(X2020) | ~chardonnay(X2021) | ~cabernetsauvignon(X2022) | ~wineflavor(X2023) | ~winesugar(X2024) | ~winery_aux(X2025) | ~winegrape_aux(X2026)),
% 18.84/2.82 inference(resolution,[],['472','487'])).
% 18.84/2.82 cnf('489', plain, (~anjou(X) | loire(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula482_$sk'])).
% 18.84/2.82 cnf('490', plain, (loire(rosedanjou)),
% 18.84/2.82 inference(resolution,[],['283','489'])).
% 18.84/2.82 cnf('491', plain, (~whitenonsweetwine(X) | ~drywine(Y) | ~tablewine(Z) | ~wine(U) | ~burgundy(V) | ~semillonorsauvignonblanc(W) | ~bordeaux(X2006) | ~redwine(X2007) | ~medoc(X2008) | ~winecolor(X2009) | ~winebody(X2010) | ~whitewine(X2011) | ~whiteburgundy(X2012) | ~sauvignonblanc(X2013) | ~riesling(X2014) | ~region(X2015) | ~pinotnoir(X2016) | ~merlot(X2017) | ~dessertwine(X2018) | ~cheninblanc(X2019) | ~chardonnay(X2020) | ~cabernetsauvignon(X2021) | ~wineflavor(X2022) | ~winesugar(X2023) | ~winery_aux(X2024) | ~winegrape_aux(X2025)),
% 18.84/2.82 inference(resolution,[],['488','490'])).
% 18.84/2.82 cnf('492', plain, (hascolor(medium,white)),
% 18.84/2.82 inference(resolution,[then_simplify],['412','63','395','94'])).
% 18.84/2.82 cnf('493', plain, (~ot____nom5_aux(X) | ot____nom5(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula54_$sk'])).
% 18.84/2.82 cnf('494', plain, (ot____nom5_aux(white)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula295'])).
% 18.84/2.82 cnf('495', plain, (ot____nom5(white)),
% 18.84/2.82 inference(resolution,[],['493','494'])).
% 18.84/2.82 cnf('496', plain, (~hascolor(X,Y) | ~ot____nom5(Y) | q21(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula180_$sk'])).
% 18.84/2.82 cnf('497', plain, (~hascolor(X,white) | q21(X)),
% 18.84/2.82 inference(resolution,[],['495','496'])).
% 18.84/2.82 cnf('498', plain, (q21(medium)),
% 18.84/2.82 inference(resolution,[],['492','497'])).
% 18.84/2.82 cnf('499', plain, (~lateharvest(X) | wine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula645_$sk'])).
% 18.84/2.82 cnf('500', plain, (wine(medium)),
% 18.84/2.82 inference(resolution,[],['224','499'])).
% 18.84/2.82 cnf('501', plain, (whitewine(medium)),
% 18.84/2.82 inference(resolution,[then_simplify],['498','117','500'])).
% 18.84/2.82 cnf('502', plain, (~whitewine(X) | ~kaon2namedobjects(X) | whitenonsweetwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula577_$sk'])).
% 18.84/2.82 cnf('503', plain, (kaon2namedobjects(medium)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula545'])).
% 18.84/2.82 cnf('504', plain, (whitenonsweetwine(medium)),
% 18.84/2.82 inference(resolution,[then_simplify],['501','502','503'])).
% 18.84/2.82 cnf('505', plain, (~drywine(X) | ~tablewine(Y) | ~wine(Z) | ~burgundy(U) | ~semillonorsauvignonblanc(V) | ~bordeaux(W) | ~redwine(X2006) | ~medoc(X2007) | ~winecolor(X2008) | ~winebody(X2009) | ~whitewine(X2010) | ~whiteburgundy(X2011) | ~sauvignonblanc(X2012) | ~riesling(X2013) | ~region(X2014) | ~pinotnoir(X2015) | ~merlot(X2016) | ~dessertwine(X2017) | ~cheninblanc(X2018) | ~chardonnay(X2019) | ~cabernetsauvignon(X2020) | ~wineflavor(X2021) | ~winesugar(X2022) | ~winery_aux(X2023) | ~winegrape_aux(X2024)),
% 18.84/2.82 inference(resolution,[],['491','504'])).
% 18.84/2.82 cnf('506', plain, (~whiteburgundy_aux(X) | whiteburgundy(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula109_$sk'])).
% 18.84/2.82 cnf('507', plain, (whiteburgundy_aux(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula408'])).
% 18.84/2.82 cnf('508', plain, (whiteburgundy(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['506','507'])).
% 18.84/2.82 cnf('509', plain, (~whiteburgundy(X) | burgundy(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula425_$sk'])).
% 18.84/2.82 cnf('510', plain, (burgundy(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['508','509'])).
% 18.84/2.82 cnf('511', plain, (~burgundy(X) | q31(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula237_$sk'])).
% 18.84/2.82 cnf('512', plain, (q31(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['510','511'])).
% 18.84/2.82 cnf('513', plain, (q46(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['512','184'])).
% 18.84/2.82 cnf('514', plain, (~whiteburgundy(X) | whitewine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula584_$sk'])).
% 18.84/2.82 cnf('515', plain, (whitewine(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['508','514'])).
% 18.84/2.82 cnf('516', plain, (wine(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[],['515','55'])).
% 18.84/2.82 cnf('517', plain, (drywine(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[then_simplify],['154','513','516'])).
% 18.84/2.82 cnf('518', plain, (~tablewine(X) | ~wine(Y) | ~burgundy(Z) | ~semillonorsauvignonblanc(U) | ~bordeaux(V) | ~redwine(W) | ~medoc(X2006) | ~winecolor(X2007) | ~winebody(X2008) | ~whitewine(X2009) | ~whiteburgundy(X2010) | ~sauvignonblanc(X2011) | ~riesling(X2012) | ~region(X2013) | ~pinotnoir(X2014) | ~merlot(X2015) | ~dessertwine(X2016) | ~cheninblanc(X2017) | ~chardonnay(X2018) | ~cabernetsauvignon(X2019) | ~wineflavor(X2020) | ~winesugar(X2021) | ~winery_aux(X2022) | ~winegrape_aux(X2023)),
% 18.84/2.82 inference(resolution,[],['505','517'])).
% 18.84/2.82 cnf('519', plain, (tablewine(cortonmontrachetwhiteburgundy)),
% 18.84/2.82 inference(resolution,[then_simplify],['299','513','516'])).
% 18.84/2.82 cnf('520', plain, (~wine(X) | ~burgundy(Y) | ~semillonorsauvignonblanc(Z) | ~bordeaux(U) | ~redwine(V) | ~medoc(W) | ~winecolor(X2006) | ~winebody(X2007) | ~whitewine(X2008) | ~whiteburgundy(X2009) | ~sauvignonblanc(X2010) | ~riesling(X2011) | ~region(X2012) | ~pinotnoir(X2013) | ~merlot(X2014) | ~dessertwine(X2015) | ~cheninblanc(X2016) | ~chardonnay(X2017) | ~cabernetsauvignon(X2018) | ~wineflavor(X2019) | ~winesugar(X2020) | ~winery_aux(X2021) | ~winegrape_aux(X2022)),
% 18.84/2.82 inference(resolution,[],['518','519'])).
% 18.84/2.82 cnf('521', plain, (~meursault(X) | whiteburgundy(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula572_$sk'])).
% 18.84/2.82 cnf('522', plain, (whiteburgundy(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['256','521'])).
% 18.84/2.82 cnf('523', plain, (burgundy(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['522','509'])).
% 18.84/2.82 cnf('524', plain, (~wine(X) | ~semillonorsauvignonblanc(Y) | ~bordeaux(Z) | ~redwine(U) | ~medoc(V) | ~winecolor(W) | ~winebody(X2006) | ~whitewine(X2007) | ~whiteburgundy(X2008) | ~sauvignonblanc(X2009) | ~riesling(X2010) | ~region(X2011) | ~pinotnoir(X2012) | ~merlot(X2013) | ~dessertwine(X2014) | ~cheninblanc(X2015) | ~chardonnay(X2016) | ~cabernetsauvignon(X2017) | ~wineflavor(X2018) | ~winesugar(X2019) | ~winery_aux(X2020) | ~winegrape_aux(X2021)),
% 18.84/2.82 inference(resolution,[],['520','523'])).
% 18.84/2.82 cnf('525', plain, (~whitebordeaux(X) | q68(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula379_$sk'])).
% 18.84/2.82 cnf('526', plain, (q68(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[],['244','525'])).
% 18.84/2.82 cnf('527', plain, (~q68(X) | ~wine(X) | semillonorsauvignonblanc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula549_$sk'])).
% 18.84/2.82 cnf('528', plain, (semillonorsauvignonblanc(chateaudychemsauterne)),
% 18.84/2.82 inference(resolution,[then_simplify],['526','527','238'])).
% 18.84/2.82 cnf('529', plain, (~wine(X) | ~bordeaux(Y) | ~redwine(Z) | ~medoc(U) | ~winecolor(V) | ~winebody(W) | ~whitewine(X2006) | ~whiteburgundy(X2007) | ~sauvignonblanc(X2008) | ~riesling(X2009) | ~region(X2010) | ~pinotnoir(X2011) | ~merlot(X2012) | ~dessertwine(X2013) | ~cheninblanc(X2014) | ~chardonnay(X2015) | ~cabernetsauvignon(X2016) | ~wineflavor(X2017) | ~winesugar(X2018) | ~winery_aux(X2019) | ~winegrape_aux(X2020)),
% 18.84/2.82 inference(resolution,[],['524','528'])).
% 18.84/2.82 cnf('530', plain, (~margaux(X) | medoc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula489_$sk'])).
% 18.84/2.82 cnf('531', plain, (medoc(chateaumargaux)),
% 18.84/2.82 inference(resolution,[],['362','530'])).
% 18.84/2.82 cnf('532', plain, (bordeaux(chateaumargaux)),
% 18.84/2.82 inference(resolution,[],['531','203'])).
% 18.84/2.82 cnf('533', plain, (~wine(X) | ~redwine(Y) | ~medoc(Z) | ~winecolor(U) | ~winebody(V) | ~whitewine(W) | ~whiteburgundy(X2006) | ~sauvignonblanc(X2007) | ~riesling(X2008) | ~region(X2009) | ~pinotnoir(X2010) | ~merlot(X2011) | ~dessertwine(X2012) | ~cheninblanc(X2013) | ~chardonnay(X2014) | ~cabernetsauvignon(X2015) | ~wineflavor(X2016) | ~winesugar(X2017) | ~winery_aux(X2018) | ~winegrape_aux(X2019)),
% 18.84/2.82 inference(resolution,[],['529','532'])).
% 18.84/2.82 cnf('534', plain, (~wine(X) | ~medoc(Y) | ~winecolor(Z) | ~winebody(U) | ~whitewine(V) | ~whiteburgundy(W) | ~sauvignonblanc(X2006) | ~riesling(X2007) | ~region(X2008) | ~pinotnoir(X2009) | ~merlot(X2010) | ~dessertwine(X2011) | ~cheninblanc(X2012) | ~chardonnay(X2013) | ~cabernetsauvignon(X2014) | ~wineflavor(X2015) | ~winesugar(X2016) | ~winery_aux(X2017) | ~winegrape_aux(X2018)),
% 18.84/2.82 inference(resolution,[],['533','179'])).
% 18.84/2.82 cnf('535', plain, (~wine(X) | ~winecolor(Y) | ~winebody(Z) | ~whitewine(U) | ~whiteburgundy(V) | ~sauvignonblanc(W) | ~riesling(X2006) | ~region(X2007) | ~pinotnoir(X2008) | ~merlot(X2009) | ~dessertwine(X2010) | ~cheninblanc(X2011) | ~chardonnay(X2012) | ~cabernetsauvignon(X2013) | ~wineflavor(X2014) | ~winesugar(X2015) | ~winery_aux(X2016) | ~winegrape_aux(X2017)),
% 18.84/2.82 inference(resolution,[],['534','531'])).
% 18.84/2.82 cnf('536', plain, (~winedescriptor(X) | winecolor(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula653_$sk'])).
% 18.84/2.82 cnf('537', plain, (winecolor(selaks)),
% 18.84/2.82 inference(resolution,[],['487','536'])).
% 18.84/2.82 cnf('538', plain, (~wine(X) | ~winebody(Y) | ~whitewine(Z) | ~whiteburgundy(U) | ~sauvignonblanc(V) | ~riesling(W) | ~region(X2006) | ~pinotnoir(X2007) | ~merlot(X2008) | ~dessertwine(X2009) | ~cheninblanc(X2010) | ~chardonnay(X2011) | ~cabernetsauvignon(X2012) | ~wineflavor(X2013) | ~winesugar(X2014) | ~winery_aux(X2015) | ~winegrape_aux(X2016)),
% 18.84/2.82 inference(resolution,[],['535','537'])).
% 18.84/2.82 cnf('539', plain, (hasflavor(white,selaksicewine)),
% 18.84/2.82 inference(resolution,[then_simplify],['391','393','70','71'])).
% 18.84/2.82 cnf('540', plain, (~hasflavor(X,Y) | ~hasflavor(X,Z) | kaon2equal(Z,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula953_$sk'])).
% 18.84/2.82 cnf('541', plain, (~hasflavor(white,X) | kaon2equal(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['539','540'])).
% 18.84/2.82 cnf('542', plain, (~hasflavor_aux(X,Y) | hasflavor(X,Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula5_$sk'])).
% 18.84/2.82 cnf('543', plain, (~hasflavor_aux(selaksicewine,X) | hasflavor(white,X)),
% 18.84/2.82 inference(resolution,[],['391','542'])).
% 18.84/2.82 cnf('544', plain, (~hasflavor_aux(selaksicewine,X) | kaon2equal(X,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['541','543'])).
% 18.84/2.82 cnf('545', plain, (hasflavor_aux(selaksicewine,moderate)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula53'])).
% 18.84/2.82 cnf('546', plain, (kaon2equal(moderate,selaksicewine)),
% 18.84/2.82 inference(resolution,[],['544','545'])).
% 18.84/2.82 cnf('547', plain, (~hasbody(X,selaksicewine) | hasbody(X,moderate)),
% 18.84/2.82 inference(resolution,[],['546','210'])).
% 18.84/2.82 cnf('548', plain, (hasbody(selaksicewine,moderate)),
% 18.84/2.82 inference(resolution,[then_simplify],['547','212','70','71'])).
% 18.84/2.82 cnf('549', plain, (~hasbody(X,Y) | winebody(Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula649_$sk'])).
% 18.84/2.82 cnf('550', plain, (winebody(moderate)),
% 18.84/2.82 inference(resolution,[],['548','549'])).
% 18.84/2.82 cnf('551', plain, (~wine(X) | ~whitewine(Y) | ~whiteburgundy(Z) | ~sauvignonblanc(U) | ~riesling(V) | ~region(W) | ~pinotnoir(X2006) | ~merlot(X2007) | ~dessertwine(X2008) | ~cheninblanc(X2009) | ~chardonnay(X2010) | ~cabernetsauvignon(X2011) | ~wineflavor(X2012) | ~winesugar(X2013) | ~winery_aux(X2014) | ~winegrape_aux(X2015)),
% 18.84/2.82 inference(resolution,[],['538','550'])).
% 18.84/2.82 cnf('552', plain, (~wine(X) | ~whiteburgundy(Y) | ~sauvignonblanc(Z) | ~riesling(U) | ~region(V) | ~pinotnoir(W) | ~merlot(X2006) | ~dessertwine(X2007) | ~cheninblanc(X2008) | ~chardonnay(X2009) | ~cabernetsauvignon(X2010) | ~wineflavor(X2011) | ~winesugar(X2012) | ~winery_aux(X2013) | ~winegrape_aux(X2014)),
% 18.84/2.82 inference(resolution,[],['551','501'])).
% 18.84/2.82 cnf('553', plain, (~wine(X) | ~sauvignonblanc(Y) | ~riesling(Z) | ~region(U) | ~pinotnoir(V) | ~merlot(W) | ~dessertwine(X2006) | ~cheninblanc(X2007) | ~chardonnay(X2008) | ~cabernetsauvignon(X2009) | ~wineflavor(X2010) | ~winesugar(X2011) | ~winery_aux(X2012) | ~winegrape_aux(X2013)),
% 18.84/2.82 inference(resolution,[],['552','522'])).
% 18.84/2.82 cnf('554', plain, (~sauvignonblanc_aux(X) | sauvignonblanc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula104_$sk'])).
% 18.84/2.82 cnf('555', plain, (sauvignonblanc_aux(selakssauvignonblanc)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula485'])).
% 18.84/2.82 cnf('556', plain, (sauvignonblanc(selakssauvignonblanc)),
% 18.84/2.82 inference(resolution,[],['554','555'])).
% 18.84/2.82 cnf('557', plain, (~wine(X) | ~riesling(Y) | ~region(Z) | ~pinotnoir(U) | ~merlot(V) | ~dessertwine(W) | ~cheninblanc(X2006) | ~chardonnay(X2007) | ~cabernetsauvignon(X2008) | ~wineflavor(X2009) | ~winesugar(X2010) | ~winery_aux(X2011) | ~winegrape_aux(X2012)),
% 18.84/2.82 inference(resolution,[],['553','556'])).
% 18.84/2.82 cnf('558', plain, (~dryriesling(X) | riesling(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula532_$sk'])).
% 18.84/2.82 cnf('559', plain, (riesling(mountadamriesling)),
% 18.84/2.82 inference(resolution,[],['370','558'])).
% 18.84/2.82 cnf('560', plain, (~wine(X) | ~region(Y) | ~pinotnoir(Z) | ~merlot(U) | ~dessertwine(V) | ~cheninblanc(W) | ~chardonnay(X2006) | ~cabernetsauvignon(X2007) | ~wineflavor(X2008) | ~winesugar(X2009) | ~winery_aux(X2010) | ~winegrape_aux(X2011)),
% 18.84/2.82 inference(resolution,[],['557','559'])).
% 18.84/2.82 cnf('561', plain, (~region_aux(X) | region(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula100_$sk'])).
% 18.84/2.82 cnf('562', plain, (~wine(X) | ~pinotnoir(Y) | ~merlot(Z) | ~dessertwine(U) | ~cheninblanc(V) | ~chardonnay(W) | ~cabernetsauvignon(X2006) | ~wineflavor(X2007) | ~winesugar(X2008) | ~region_aux(X2009) | ~winery_aux(X2010) | ~winegrape_aux(X2011)),
% 18.84/2.82 inference(resolution,[],['560','561'])).
% 18.84/2.82 cnf('563', plain, (~redburgundy(X) | q72(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula399_$sk'])).
% 18.84/2.82 cnf('564', plain, (q72(closdevougeotcotesdor)),
% 18.84/2.82 inference(resolution,[],['266','563'])).
% 18.84/2.82 cnf('565', plain, (~q72(X) | pinotnoir(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula508_$sk'])).
% 18.84/2.82 cnf('566', plain, (pinotnoir(closdevougeotcotesdor)),
% 18.84/2.82 inference(resolution,[],['564','565'])).
% 18.84/2.82 cnf('567', plain, (~wine(X) | ~merlot(Y) | ~dessertwine(Z) | ~cheninblanc(U) | ~chardonnay(V) | ~cabernetsauvignon(W) | ~wineflavor(X2006) | ~winesugar(X2007) | ~region_aux(X2008) | ~winery_aux(X2009) | ~winegrape_aux(X2010)),
% 18.84/2.82 inference(resolution,[],['562','566'])).
% 18.84/2.82 cnf('568', plain, (~margaux(X) | q13(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula148_$sk'])).
% 18.84/2.82 cnf('569', plain, (q13(chateaumargaux)),
% 18.84/2.82 inference(resolution,[],['362','568'])).
% 18.84/2.82 cnf('570', plain, (~q13(X) | merlot(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula494_$sk'])).
% 18.84/2.82 cnf('571', plain, (merlot(chateaumargaux)),
% 18.84/2.82 inference(resolution,[],['569','570'])).
% 18.84/2.82 cnf('572', plain, (~wine(X) | ~dessertwine(Y) | ~cheninblanc(Z) | ~chardonnay(U) | ~cabernetsauvignon(V) | ~wineflavor(W) | ~winesugar(X2006) | ~region_aux(X2007) | ~winery_aux(X2008) | ~winegrape_aux(X2009)),
% 18.84/2.82 inference(resolution,[],['567','571'])).
% 18.84/2.82 cnf('573', plain, (~kaon2equal(X,Y) | ~dessertwine(Y) | dessertwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula447_$sk'])).
% 18.84/2.82 cnf('574', plain, (~icewine(X) | dessertwine(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula446_$sk'])).
% 18.84/2.82 cnf('575', plain, (dessertwine(selaksicewine)),
% 18.84/2.82 inference(resolution,[],['66','574'])).
% 18.84/2.82 cnf('576', plain, (dessertwine(white)),
% 18.84/2.82 inference(resolution,[then_simplify],['573','77','575'])).
% 18.84/2.82 cnf('577', plain, (~wine(X) | ~cheninblanc(Y) | ~chardonnay(Z) | ~cabernetsauvignon(U) | ~wineflavor(V) | ~winesugar(W) | ~region_aux(X2006) | ~winery_aux(X2007) | ~winegrape_aux(X2008)),
% 18.84/2.82 inference(resolution,[],['572','576'])).
% 18.84/2.82 cnf('578', plain, (~cheninblanc_aux(X) | cheninblanc(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula84_$sk'])).
% 18.84/2.82 cnf('579', plain, (cheninblanc_aux(ventanacheninblanc)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula430'])).
% 18.84/2.82 cnf('580', plain, (cheninblanc(ventanacheninblanc)),
% 18.84/2.82 inference(resolution,[],['578','579'])).
% 18.84/2.82 cnf('581', plain, (~wine(X) | ~chardonnay(Y) | ~cabernetsauvignon(Z) | ~wineflavor(U) | ~winesugar(V) | ~region_aux(W) | ~winery_aux(X2006) | ~winegrape_aux(X2007)),
% 18.84/2.82 inference(resolution,[],['577','580'])).
% 18.84/2.82 cnf('582', plain, (~whiteburgundy(X) | q63(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula365_$sk'])).
% 18.84/2.82 cnf('583', plain, (q63(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['522','582'])).
% 18.84/2.82 cnf('584', plain, (~q63(X) | chardonnay(X)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula436_$sk'])).
% 18.84/2.82 cnf('585', plain, (chardonnay(chateaudemeursaultmeursault)),
% 18.84/2.82 inference(resolution,[],['583','584'])).
% 18.84/2.82 cnf('586', plain, (~wine(X) | ~cabernetsauvignon(Y) | ~wineflavor(Z) | ~winesugar(U) | ~region_aux(V) | ~winery_aux(W) | ~winegrape_aux(X2006)),
% 18.84/2.82 inference(resolution,[],['581','585'])).
% 18.84/2.82 cnf('587', plain, (cabernetsauvignon_aux(mariettacabernetsauvignon)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula417'])).
% 18.84/2.82 cnf('588', plain, (cabernetsauvignon(mariettacabernetsauvignon)),
% 18.84/2.82 inference(resolution,[],['16','587'])).
% 18.84/2.82 cnf('589', plain, (~wine(X) | ~wineflavor(Y) | ~winesugar(Z) | ~region_aux(U) | ~winery_aux(V) | ~winegrape_aux(W)),
% 18.84/2.82 inference(resolution,[],['586','588'])).
% 18.84/2.82 cnf('590', plain, (hasflavor(white,medium)),
% 18.84/2.82 inference(resolution,[then_simplify],['389','393','395','94'])).
% 18.84/2.82 cnf('591', plain, (~hasflavor(X,Y) | wineflavor(Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula659_$sk'])).
% 18.84/2.82 cnf('592', plain, (wineflavor(medium)),
% 18.84/2.82 inference(resolution,[],['590','591'])).
% 18.84/2.82 cnf('593', plain, (~wine(X) | ~winesugar(Y) | ~region_aux(Z) | ~winery_aux(U) | ~winegrape_aux(V)),
% 18.84/2.82 inference(resolution,[],['589','592'])).
% 18.84/2.82 cnf('594', plain, (q70(medium)),
% 18.84/2.82 inference(resolution,[],['224','83'])).
% 18.84/2.82 cnf('595', plain, (~hassugar(X,Y) | winesugar(Y)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act2_formula665_$sk'])).
% 18.84/2.82 cnf('596', plain, (~q70(X) | ~kaon2namedobjects(X) | winesugar(X)),
% 18.84/2.82 inference(resolution,[],['436','595'])).
% 18.84/2.82 cnf('597', plain, (winesugar(medium)),
% 18.84/2.82 inference(resolution,[then_simplify],['594','596','503'])).
% 18.84/2.82 cnf('598', plain, (~wine(X) | ~region_aux(Y) | ~winery_aux(Z) | ~winegrape_aux(U)),
% 18.84/2.82 inference(resolution,[],['593','597'])).
% 18.84/2.82 cnf('599', plain, (winegrape_aux(petitesyrahgrape)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula334'])).
% 18.84/2.82 cnf('600', plain, (~wine(X) | ~region_aux(Y) | ~winery_aux(Z)),
% 18.84/2.82 inference(resolution,[],['598','599'])).
% 18.84/2.82 cnf('601', plain, (wine(medium)),
% 18.84/2.82 inference(resolution,[],['224','499'])).
% 18.84/2.82 cnf('602', plain, (~region_aux(X) | ~winery_aux(Y)),
% 18.84/2.82 inference(resolution,[],['600','601'])).
% 18.84/2.82 cnf('603', plain, (region_aux(bourgogneregion)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula471'])).
% 18.84/2.82 cnf('604', plain, (winery_aux(handley)),
% 18.84/2.82 inference(cnf_transformation,[],['$inc_act1_formula393'])).
% 18.84/2.82 cnf('605', plain, ($false),
% 18.84/2.82 inference(resolution,[then_simplify],['602','603','604'])).
% 18.84/2.82
% 18.84/2.82 % SZS output end CNFRefutation for /export/starexec/sandbox/benchmark/theBenchmark.p
% 18.84/2.82
% 18.84/2.82 run 63 fork 6 statistics:
% 18.84/2.82 ----------------------------------
% 18.84/2.82 this run seconds: 0.462418
% 18.84/2.82 total seconds: 2.381017
% 18.84/2.82 stat_given_used: 7371
% 18.84/2.82 stat_given_used_at_endgame: 0
% 18.84/2.82 stat_given_candidates: 11983
% 18.84/2.82 stat_given_candidates_at_endgame: 0
% 18.84/2.82 stat_given_candidates_h: 0
% 18.84/2.82 stat_binres_derived_cl: 39671
% 18.84/2.82 stat_binres_derived_cl_h: 0
% 18.84/2.82 stat_factor_derived_cl: 22
% 18.84/2.82 stat_para_derived_cl: 0
% 18.84/2.82 stat_tautologies_discarded: 917
% 18.84/2.82 stat_forward_subsumed: 25927
% 18.84/2.82 stat_derived_cut: 1738
% 18.84/2.82 stat_derived_rewritten: 0
% 18.84/2.82 stat_weight_discarded_building: 0
% 18.84/2.82 stat_weight_discarded_cl: 0
% 18.84/2.82 stat_internlimit_discarded_cl: 0
% 18.84/2.82 stat_simplified: 49 simplified 0 derived 0 given
% 18.84/2.82 stat_kept_cl: 12848
% 18.84/2.82 stat_built_cl: 27639
% 18.84/2.82 stat_hyperres_partial_cl: 0
% 18.84/2.82 stat_made_rewriters: 0
% 18.84/2.82 stat_backward_subsumed: 0
% 18.84/2.82 stat_propagated_subsumed: 0
% 18.84/2.82 stat_clsubs_attempted: 94940
% 18.84/2.82 stat_clsubs_fact_groundunit_found: 719
% 18.84/2.82 stat_clsubs_rule_groundunit_found: 0
% 18.84/2.82 stat_clsubs_top_meta_attempted: 19073425
% 18.84/2.82 stat_clsubs_top_meta_failed: 18978485
% 18.84/2.82 stat_clsubs_top_meta_nonpref_attempted: 19073425
% 18.84/2.82 stat_clsubs_top_meta_nonpref_succeeded: 7668822
% 18.84/2.82 stat_clsubs_top_meta_pref_attempted: 7668822
% 18.84/2.82 stat_clsubs_top_meta_pref1_succeeded: 203805
% 18.84/2.82 stat_clsubs_top_meta_pref2_succeeded: 103318
% 18.84/2.82 stat_clsubs_top_meta_pref3_succeeded: 94940
% 18.84/2.82 stat_clsubs_top_meta_pref_succeeded: 94940
% 18.84/2.82 stat_clsubs_meta_attempted: 1905044
% 18.84/2.82 stat_clsubs_meta_failed: 1648037
% 18.84/2.82 stat_clsubs_predsymbs_attempted: 0
% 18.84/2.82 stat_clsubs_unit_attempted: 0
% 18.84/2.82 stat_clsubs_full_attempted: 94940
% 18.84/2.82 stat_forwardsubs_attempted: 38776
% 18.84/2.82 stat_lit_hash_added: 19725
% 18.84/2.82 stat_lit_hash_computed: 541023
% 18.84/2.82 stat_lit_hash_match_found: 36113
% 18.84/2.82 stat_lit_hash_match_miss: 727443
% 18.84/2.82 stat_lit_hash_cut_ok: 9383
% 18.84/2.82 stat_lit_strong_cut_ok: 2
% 18.84/2.82 stat_lit_hash_subsume_ok: 25927
% 18.84/2.82 clqueue els 10000000 used 1
% 18.84/2.82 clactive els 10000000 used 7372
% 18.84/2.82 clactivesubsume els 10000000 used 29197
% 18.84/2.82 queue_termbuf els 200000000 used 1165399
% 18.84/2.82 hyper_termbuf els 100000000 used 1
% 18.84/2.82 active_termbuf els 100000000 used 165283
% 18.84/2.82 varstack els 5000 last used 1
% 18.84/2.82 given_termbuf els 10000000 last used 1
% 18.84/2.82 simplified_termbuf els 10000000 last used 1
% 18.84/2.82 derived_termbuf els 10000000 last used 21
% 18.84/2.82 wr_mallocs: 35090
% 18.84/2.82 wr_callocs: 21
% 18.84/2.82 wr_reallocs: 3298
% 18.84/2.82 wr_frees: 4
% 18.84/2.82 wr_malloc_bytes: 4163848276
% 18.84/2.82 wr_calloc_bytes: 112065536
% 18.84/2.82 wr_realloc_bytes: 1375872
% 18.84/2.82 wr_realloc_freebytes: 0
% 18.84/2.82 ----------------------------------
%------------------------------------------------------------------------------