{"index": 0, "beams": [{"question": "Combien de chanteurs avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM singer", "inferred_code_readable": "", "score": -2.9802294463365797e-06}]}
{"index": 1, "beams": [{"question": "Quel est le nombre total de chanteurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM singer", "inferred_code_readable": "", "score": -1.7881385403484273e-06}]}
{"index": 2, "beams": [{"question": "Montrez le nom, le pays, l'\u00e2ge de tous les chanteurs class\u00e9s par \u00e2ge du plus \u00e2g\u00e9 au plus jeune.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Country, singer.Age FROM singer ORDER BY singer.Age Desc", "inferred_code_readable": "", "score": -9.262331001735902e-05}]}
{"index": 3, "beams": [{"question": "Quels sont les noms, pays et \u00e2ges de chaque chanteur par ordre d\u00e9croissant d'\u00e2ge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Country, singer.Age FROM singer ORDER BY singer.Age Desc", "inferred_code_readable": "", "score": -0.0007861237169208835}]}
{"index": 4, "beams": [{"question": "Quel est l'\u00e2ge moyen, minimum et maximum de tous les chanteurs venant de \u00abFrance\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedn\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(singer.Age), Min(singer.Age), Max(singer.Age) FROM singer WHERE singer.Country = \"Unitedn\"", "inferred_code_readable": "", "score": -1.55748525979336}]}
{"index": 5, "beams": [{"question": "Quel est l'\u00e2ge moyen, minimum et maximum de tous les chanteurs de \u00abFrance\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedn\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(singer.Age), Min(singer.Age), Max(singer.Age) FROM singer WHERE singer.Country = \"Unitedn\"", "inferred_code_readable": "", "score": -1.6528691583049238}]}
{"index": 6, "beams": [{"question": "Montrez le nom et l'ann\u00e9e de sortie de la chanson du plus jeune chanteur.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Song_release_year FROM singer ORDER BY singer.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -5.1974661730014304e-05}]}
{"index": 7, "beams": [{"question": "Quels sont les noms et les ann\u00e9es de sortie de toutes les chansons du plus jeune chanteur?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Song_release_year FROM singer ORDER BY singer.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -0.2722348868338287}]}
{"index": 8, "beams": [{"question": "Quels sont les pays d'origine des chanteurs de plus de 20 ans?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 20))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Country FROM singer WHERE singer.Age > 20", "inferred_code_readable": "", "score": -0.00011372307868384723}]}
{"index": 9, "beams": [{"question": "Quels pays ont des chanteurs de plus de 20 ans ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 20))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Country FROM singer WHERE singer.Age > 20", "inferred_code_readable": "", "score": -0.00019012566534826192}]}
{"index": 10, "beams": [{"question": "Montrez tous les pays et le nombre de chanteurs dans chaque pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Country, Count(*) FROM singer GROUP BY singer.Country", "inferred_code_readable": "", "score": -3.8146958800666653e-06}]}
{"index": 11, "beams": [{"question": "Combien de chanteurs chaque pays ont ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Country, Count(*) FROM singer GROUP BY singer.Country", "inferred_code_readable": "", "score": -1.9073374659228648e-05}]}
{"index": 12, "beams": [{"question": "Listez tous les noms de chansons des chanteurs au-dessus de l'\u00e2ge moyen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Song_Name FROM singer WHERE singer.Age > (SELECT Avg(singer.Age) FROM singer)", "inferred_code_readable": "", "score": -5.36441446996605e-06}]}
{"index": 13, "beams": [{"question": "Quels sont les noms de chansons des chanteurs plus \u00e2g\u00e9s que la moyenne?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Song_Name FROM singer WHERE singer.Age > (SELECT Avg(singer.Age) FROM singer)", "inferred_code_readable": "", "score": -1.0728824790362523e-05}]}
{"index": 14, "beams": [{"question": "Affichez l'emplacement et le nom de tous les stades d'une capacit\u00e9 comprise entre 5 000 et 10 000.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 100000))) (val-val2 (Number (object-f 100000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Location, stadium.Name FROM stadium WHERE stadium.Capacity BETWEEN 100000 AND 100000", "inferred_code_readable": "", "score": -0.4155016396102198}]}
{"index": 15, "beams": [{"question": "Quels sont les emplacements et les noms de tous les stades d'une capacit\u00e9 comprise entre 5 000 et 10 000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 100000))) (val-val2 (Number (object-f 100000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Location, stadium.Name FROM stadium WHERE stadium.Capacity BETWEEN 100000 AND 100000", "inferred_code_readable": "", "score": -0.34430688399916676}]}
{"index": 16, "beams": [{"question": "Quelle est la capacit\u00e9 maximale et la moyenne de tous les stades?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(stadium.Capacity), Avg(stadium.Average) FROM stadium", "inferred_code_readable": "", "score": -7.81992744620652e-05}]}
{"index": 17, "beams": [{"question": "Quelle est la capacit\u00e9 moyenne et maximale de tous les stades?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(stadium.Capacity), Max(stadium.Capacity) FROM stadium", "inferred_code_readable": "", "score": -9.775153245072943e-06}]}
{"index": 18, "beams": [{"question": "Quel est le nom et la capacit\u00e9 du stade avec la fr\u00e9quentation moyenne la plus \u00e9lev\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Avg)) (column-col_id 7) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Capacity FROM stadium GROUP BY stadium.Average ORDER BY Avg(stadium.Average) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.7369695557306457}]}
{"index": 19, "beams": [{"question": "Quel est le nom du stade avec la fr\u00e9quentation moyenne la plus \u00e9lev\u00e9e, et quelle est sa capacit\u00e9 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Avg)) (column-col_id 7) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Capacity FROM stadium GROUP BY stadium.Name ORDER BY Avg(stadium.Average) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.12093330915140399}]}
{"index": 20, "beams": [{"question": "Combien de concerts y a-t-il en 2014 ou 2015?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2015))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM concert WHERE concert.Year = 2014 OR concert.Year = 2015", "inferred_code_readable": "", "score": -0.031114954388741012}]}
{"index": 21, "beams": [{"question": "Combien de concerts ont eu lieu en 2014 ou 2015?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2015))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM concert WHERE concert.Year = 2014 OR concert.Year = 2015", "inferred_code_readable": "", "score": -0.018764440879245115}]}
{"index": 22, "beams": [{"question": "Affichez le nom du stade et le nombre de concerts dans chaque stade.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, Count(*) FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID GROUP BY concert.Stadium_ID", "inferred_code_readable": "", "score": -0.00020622093052935497}]}
{"index": 23, "beams": [{"question": "Pour chaque stade, combien de concerts y ont-ils?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Location, Count(*) FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID GROUP BY concert.Stadium_ID", "inferred_code_readable": "", "score": -0.019655094116785676}]}
{"index": 24, "beams": [{"question": "Affichez le nom et la capacit\u00e9 du stade o\u00f9 ont eu lieu le plus de concerts en 2014 ou apr\u00e8s.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Capacity FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year >= 2014 GROUP BY concert.Stadium_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.015847277081761035}]}
{"index": 25, "beams": [{"question": "Quel est le nom et la capacit\u00e9 du stade o\u00f9 ont eu lieu le plus de concerts apr\u00e8s 2013 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Capacity FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year > 300 GROUP BY concert.Stadium_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.1933892939741497}]}
{"index": 26, "beams": [{"question": "Quelle ann\u00e9e a le plus de concerts?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT concert.Year FROM concert GROUP BY concert.Year ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.5894694956416515e-05}]}
{"index": 27, "beams": [{"question": "Quelle est l'ann\u00e9e qui a eu le plus de concerts?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT concert.Year FROM concert GROUP BY concert.Year ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.148413971449827e-05}]}
{"index": 28, "beams": [{"question": "Affichez les noms des stades sans concert.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name FROM stadium WHERE stadium.Stadium_ID NOT IN (SELECT concert.Stadium_ID FROM concert)", "inferred_code_readable": "", "score": -2.3722592644048746e-05}]}
{"index": 29, "beams": [{"question": "Quels sont les noms des stades sans concert?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name FROM stadium WHERE stadium.Stadium_ID NOT IN (SELECT concert.Stadium_ID FROM concert)", "inferred_code_readable": "", "score": -2.3722592267461096e-05}]}
{"index": 30, "beams": [{"question": "Montrez les pays d'o\u00f9 viennent un chanteur de plus de 40 ans et un chanteur de moins de 30 ans.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 40))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Country FROM singer WHERE singer.Age > 40 INTERSECT SELECT singer.Country FROM singer WHERE singer.Age < 30", "inferred_code_readable": "", "score": -0.0028865625456333532}]}
{"index": 31, "beams": [{"question": "Affichez les noms de tous les stades \u00e0 l'exception des stades ayant un concert en 2014.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT stadium.Name FROM stadium EXCEPT SELECT stadium.Name FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year = 2014", "inferred_code_readable": "", "score": -0.40489753950971874}]}
{"index": 32, "beams": [{"question": "Quels sont les noms de tous les stades qui n'ont pas eu de concert en 2014?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT stadium.Name FROM stadium EXCEPT SELECT stadium.Name FROM concert JOIN stadium ON concert.Stadium_ID = stadium.Stadium_ID WHERE concert.Year = 2014", "inferred_code_readable": "", "score": -0.06092604197828422}]}
{"index": 33, "beams": [{"question": "Montrez le nom et le th\u00e8me de tous les concerts et le nombre de chanteurs dans chaque concert.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT concert.concert_Name, concert.Theme, Count(*) FROM concert JOIN singer_in_concert ON concert.concert_ID = singer_in_concert.concert_ID GROUP BY singer_in_concert.concert_ID", "inferred_code_readable": "", "score": -0.000888032031923558}]}
{"index": 34, "beams": [{"question": "Quels sont le nom, le th\u00e8me et le nombre de chanteurs de chaque concert?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT concert.concert_Name, concert.Theme, Count(*) FROM concert JOIN singer_in_concert ON concert.concert_ID = singer_in_concert.concert_ID GROUP BY concert.concert_ID", "inferred_code_readable": "", "score": -0.3016928722765613}]}
{"index": 35, "beams": [{"question": "Listez les noms des chanteurs et le nombre de concerts de chaque chanteur.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, Count(*) FROM singer JOIN singer_in_concert ON singer.Singer_ID = singer_in_concert.Singer_ID GROUP BY singer_in_concert.Singer_ID", "inferred_code_readable": "", "score": -0.010056112230628855}]}
{"index": 36, "beams": [{"question": "Quels sont les noms des chanteurs et le nombre de concerts de chaque personne?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, Count(*) FROM singer JOIN singer_in_concert ON singer.Singer_ID = singer_in_concert.Singer_ID GROUP BY singer_in_concert.Singer_ID", "inferred_code_readable": "", "score": -0.020783238776139967}]}
{"index": 37, "beams": [{"question": "Listez tous les noms de chanteurs dans les concerts de l'ann\u00e9e 2014.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer JOIN concert JOIN singer_in_concert ON singer.Singer_ID = singer_in_concert.Singer_ID AND singer_in_concert.concert_ID = concert.concert_ID WHERE concert.Year = 2014", "inferred_code_readable": "", "score": -0.0035853335318876134}]}
{"index": 38, "beams": [{"question": "Quels sont les noms des chanteurs qui int chant\u00e9 dans un concert en 2014?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer JOIN concert JOIN singer_in_concert ON singer.Singer_ID = singer_in_concert.Singer_ID AND singer_in_concert.concert_ID = concert.concert_ID WHERE concert.Year = 2014", "inferred_code_readable": "", "score": -0.22395806802423124}]}
{"index": 39, "beams": [{"question": "Quel est le nom et la nation du chanteur qui a une chanson avec le mot  \u00abHey\u00bb dans son titre ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%He%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Country FROM singer WHERE singer.Song_Name LIKE \"%He%\"", "inferred_code_readable": "", "score": -0.6504604606759798}]}
{"index": 40, "beams": [{"question": "Quel est le nom et le pays d'origine de chaque chanteur qui a une chanson avec le mot \u00abHey\u00bb dans son titre?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%He%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, singer.Country FROM singer WHERE singer.Song_Name LIKE \"%He%\"", "inferred_code_readable": "", "score": -0.6222009658660568}]}
{"index": 41, "beams": [{"question": "Trouvez le nom et l'emplacement des stades qui ont eu les concerts en 2014 et en 2015.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2015))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Location FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year = 2014 INTERSECT SELECT stadium.Name, stadium.Location FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year = 2015", "inferred_code_readable": "", "score": -0.7945328843249655}]}
{"index": 42, "beams": [{"question": "Quels sont les noms et les emplacements des stades qui ont eu des concerts en 2014 et 2015?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2014))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Name, stadium.Location FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID WHERE concert.Year = 2014", "inferred_code_readable": "", "score": -0.3801881154664386}]}
{"index": 43, "beams": [{"question": "Trouvez le nombre de concerts qui ont eu lieu dans le stade avec la plus grande capacit\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID ORDER BY stadium.Capacity Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0012004970051933128}]}
{"index": 44, "beams": [{"question": "Quel est le nombre de concerts qui ont eu lieu dans le stade avec la plus grande capacit\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID ORDER BY stadium.Capacity Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0009136479934710451}]}
{"index": 45, "beams": [{"question": "Trouvez le nombre d'animaux dont le poids est sup\u00e9rieur \u00e0 10.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Pets WHERE Pets.weight > 10", "inferred_code_readable": "", "score": -2.2292051149008785e-05}]}
{"index": 46, "beams": [{"question": "Combien d'animaux ont un poids sup\u00e9rieur \u00e0 10?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Pets WHERE Pets.weight > 10", "inferred_code_readable": "", "score": -1.8596609699272904e-05}]}
{"index": 47, "beams": [{"question": "Trouvez le poids du plus jeune \u00abdog\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"male\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.weight FROM Pets WHERE Pets.PetType = \"male\" AND Pets.pet_age = (SELECT Min(Pets.pet_age) FROM Pets WHERE Pets.PetType = \"Cat\")", "inferred_code_readable": "", "score": -0.3253576633075639}]}
{"index": 48, "beams": [{"question": "Combien p\u00e8se le plus jeune \u00abdog\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"male\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.weight FROM Pets WHERE Pets.PetType = \"male\" ORDER BY Pets.pet_age Asc LIMIT 1", "inferred_code_readable": "", "score": -0.6122495651562829}]}
{"index": 49, "beams": [{"question": "Trouvez le poids maximum de chaque type d'animal. Listez le poids maximum et le type d'animal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.weight, Max(Pets.weight), Pets.PetType FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.3062982782678674}]}
{"index": 50, "beams": [{"question": "Listez le poids maximum et le type de chaque type d'animal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.weight, Max(Pets.weight), Pets.PetType FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.2131765454066752}]}
{"index": 51, "beams": [{"question": "Trouvez le nombre d'animaux appartenant \u00e0 des \u00e9tudiants \u00e2g\u00e9s de plus de 20 ans.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 20))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.Age > 20", "inferred_code_readable": "", "score": -0.0009423968237811664}]}
{"index": 52, "beams": [{"question": "Combien d'animaux appartiennent \u00e0 des \u00e9tudiants \u00e2g\u00e9s de plus de 20 ans?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 20))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.Age > 20", "inferred_code_readable": "", "score": -0.22750665709722995}]}
{"index": 53, "beams": [{"question": "Trouvez le nombre de \u00abdog\u00bb de compagnie \u00e9lev\u00e9s par des \u00e9tudiantes (avec le sexe \u00abF\u00bb).", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.Sex = \"F\" AND Pets.PetType = \"F\"", "inferred_code_readable": "", "score": -0.030150494435623898}]}
{"index": 54, "beams": [{"question": "Combien de \u00abdog\u00bb de compagnie sont \u00e9lev\u00e9s par des \u00e9tudiantes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.Sex = \"F\" AND Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.8179571724630534}]}
{"index": 55, "beams": [{"question": "Trouvez le nombre de types d'animaux diff\u00e9rents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Pets.PetType) FROM Pets", "inferred_code_readable": "", "score": -0.00010108625911442459}]}
{"index": 56, "beams": [{"question": "Combien de types d'animaux diff\u00e9rents existe-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Pets.PetType) FROM Pets", "inferred_code_readable": "", "score": -0.0003525672216113662}]}
{"index": 57, "beams": [{"question": "Trouvez le pr\u00e9nom des \u00e9tudiants qui ont un \u00abcat \u00bb  ou un \u00abdog\u00bb de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Milk\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Milk\" OR Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.31450206436757355}]}
{"index": 58, "beams": [{"question": "Quels sont les pr\u00e9noms de chaque \u00e9tudiant qui \u00e9l\u00e8ve un  \u00abcat\u00bb ou un  \u00abdog \u00bb comme animal de compagnie ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Milk\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Milk\" OR Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.13148432783354025}]}
{"index": 59, "beams": [{"question": "Trouvez le pr\u00e9nom des \u00e9tudiants qui ont \u00e0 la fois un  \u00abcat\u00bb et un \u00abdog\u00bb de compagnie .", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Milk\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Milk\" INTERSECT SELECT Student.Fname FROM Student JOIN Has_Pet ON Has_Pet.PetID = Has_Pet.StuID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -1.4355988297043325}]}
{"index": 60, "beams": [{"question": "Quels sont les pr\u00e9noms des \u00e9tudiants qui ont \u00e0 la fois des \u00abcat\u00bb et des \u00abdog\u00bb comme animaux de compagnie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\" INTERSECT SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.702232278725667}]}
{"index": 61, "beams": [{"question": "Trouvez la sp\u00e9cialit\u00e9 et l'\u00e2ge des \u00e9tudiants qui n'ont pas de \u00abcat \u00bb comme animal de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Major, Student.Age FROM Student WHERE Student.StuID NOT IN (SELECT Has_Pet.StuID FROM Has_Pet JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\")", "inferred_code_readable": "", "score": -0.25426924209768487}]}
{"index": 62, "beams": [{"question": "Quelle est la sp\u00e9cialit\u00e9 de chaque \u00e9l\u00e8ve qui ne poss\u00e8de pas de \u00abcat\u00bb comme animal de compagnie, et quel \u00e2ge ont-ils?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Major, Student.Age FROM Student WHERE Student.StuID NOT IN (SELECT Has_Pet.StuID FROM Has_Pet JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\")", "inferred_code_readable": "", "score": -0.22384555934637262}]}
{"index": 63, "beams": [{"question": "Trouvez l'id des \u00e9tudiants qui n'ont pas  de \u00abcat\u00bb comme animal de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Student.StuID FROM Student EXCEPT SELECT Has_Pet.StuID FROM Has_Pet JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.0019652899228219667}]}
{"index": 64, "beams": [{"question": "Quels sont les ids des \u00e9tudiants qui ne poss\u00e8dent pas de \u00abcat\u00bb comme animaul de compagnie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Student.StuID FROM Student EXCEPT SELECT Has_Pet.StuID FROM Has_Pet JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.0016604361326884032}]}
{"index": 65, "beams": [{"question": "Trouvez le pr\u00e9nom et l'\u00e2ge des \u00e9tudiants qui ont un \u00abdog\u00bb mais qui n'ont pas de \u00abcat\u00bb comme animal de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"O\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Student.Fname, Student.Age FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"O\" EXCEPT SELECT Student.Fname, Student.Age FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.890456840856146}]}
{"index": 66, "beams": [{"question": "Quel est le pr\u00e9nom de chaque \u00e9tudiant qui a un \u00abdog\u00bb mais qui n'a pas de \u00abcat\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\" EXCEPT SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -0.7084219460614847}]}
{"index": 67, "beams": [{"question": "Trouvez le type et le poids du plus jeune animal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetType, Pets.weight FROM Pets ORDER BY Pets.pet_age Asc LIMIT 1", "inferred_code_readable": "", "score": -1.5139535676667037e-05}]}
{"index": 68, "beams": [{"question": "Quel type d'animal est le plus jeune animal et combien p\u00e8se-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetType, Pets.weight FROM Pets ORDER BY Pets.pet_age Asc LIMIT 1", "inferred_code_readable": "", "score": -1.0251989259302263e-05}]}
{"index": 69, "beams": [{"question": "Trouvez l'id et le poids de tous les animaux dont l'\u00e2ge est sup\u00e9rieur \u00e0 1.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetID, Pets.weight FROM Pets WHERE Pets.pet_age > 1", "inferred_code_readable": "", "score": -1.0728812959825973e-05}]}
{"index": 70, "beams": [{"question": "Quel est l'id et le poids de chaque animal de plus de 1 an?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetID, Pets.weight FROM Pets WHERE Pets.pet_age > 1", "inferred_code_readable": "", "score": -2.7060278540602667e-05}]}
{"index": 71, "beams": [{"question": "Trouvez l'\u00e2ge moyen et maximum de chaque type d'animal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Pets.pet_age), Max(Pets.pet_age), Pets.PetType FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.00046591610733770494}]}
{"index": 72, "beams": [{"question": "Quel est l'\u00e2ge moyen et maximum de chaque type d'animal?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Pets.pet_age), Max(Pets.pet_age), Pets.PetType FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.001331136036476721}]}
{"index": 73, "beams": [{"question": "Trouvez le poids moyen de chaque type d'animal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetType, Avg(Pets.weight) FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.018462605441015967}]}
{"index": 74, "beams": [{"question": "Quel est le poids moyen de chaque type d'animal?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.PetType, Avg(Pets.weight) FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -6.961677911476727e-05}]}
{"index": 75, "beams": [{"question": "Trouvez le pr\u00e9nom et l'\u00e2ge des \u00e9tudiants qui ont un animal de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Student.Fname, Student.Age FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID", "inferred_code_readable": "", "score": -6.675715304993446e-06}]}
{"index": 76, "beams": [{"question": "Quels sont les diff\u00e9rents pr\u00e9noms et les \u00e2ges des \u00e9tudiants qui ont des animaux de compagnie?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Student.Fname, Student.Age FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID", "inferred_code_readable": "", "score": -4.649161326142348e-06}]}
{"index": 77, "beams": [{"question": "Trouvez l\u2019id de l\u2019animal appartenant \u00e0 l\u2019\u00e9tudiant dont le nom de famille est \u00abSmith\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Smith\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Has_Pet.PetID FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID WHERE Student.LName = \"Smith\"", "inferred_code_readable": "", "score": -1.1681234359460078}]}
{"index": 78, "beams": [{"question": "Quel est l'id de l'animal appartenant \u00e0 l'\u00e9tudiant dont le nom de famille est \u00abSmith\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Smith\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Has_Pet.PetID FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.LName = \"Smith\"", "inferred_code_readable": "", "score": -0.6581336294897966}]}
{"index": 79, "beams": [{"question": "Trouvez l'identifiant de chaque \u00e9tudiant qui poss\u00e8de des animaux de compagnie et le nombre de nombre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.StuID, Count(*) FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID GROUP BY Student.StuID", "inferred_code_readable": "", "score": -0.0013053805495246706}]}
{"index": 80, "beams": [{"question": "Pour les \u00e9tudiants qui ont des animaux de compagnie, combien d'animaux de compagnie chaque \u00e9tudiant a-t-il? listez leurs ids au lieu de leurs noms.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), Student.LName FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID GROUP BY Student.StuID", "inferred_code_readable": "", "score": -0.029170790153415282}]}
{"index": 81, "beams": [{"question": "Trouvez le pr\u00e9nom et le sexe de l'\u00e9tudiant qui a plus d'un animal de compagnie.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Fname, Student.Sex FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID GROUP BY Has_Pet.StuID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.0001108623167098699}]}
{"index": 82, "beams": [{"question": "Quel est le pr\u00e9nom et le sexe de tous les \u00e9tudiants qui ont plus d'un animal de compagnie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Fname, Student.Sex FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID GROUP BY Has_Pet.StuID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.00020562244145594377}]}
{"index": 83, "beams": [{"question": "Trouvez le nom de famille de l'\u00e9tudiant qui a un \u00abcat\u00bb  \u00e2g\u00e9 de 3 ans.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cat\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.LName FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Pets.pet_age = 3 AND Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -1.3880814456585213}]}
{"index": 84, "beams": [{"question": "Quel est le nom de famille de l'\u00e9tudiant qui a un \u00abcat\u00bb de 3 ans?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.LName FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID JOIN Pets ON Has_Pet.PetID = Pets.PetID WHERE Student.Age = 3 AND Pets.PetType = \"F\"", "inferred_code_readable": "", "score": -0.18657482354338129}]}
{"index": 85, "beams": [{"question": "Trouvez l'\u00e2ge moyen des \u00e9tudiants qui n'ont pas d'animaux.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Student.Age) FROM Student WHERE Student.StuID NOT IN (SELECT Has_Pet.StuID FROM Has_Pet)", "inferred_code_readable": "", "score": -6.36567093366125e-05}]}
{"index": 86, "beams": [{"question": "Quel est l'\u00e2ge moyen de tous les \u00e9tudiants qui ne poss\u00e8dent pas d'animaux?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Student.Age) FROM Student WHERE Student.StuID NOT IN (SELECT Has_Pet.StuID FROM Has_Pet)", "inferred_code_readable": "", "score": -6.484874827350495e-05}]}
{"index": 87, "beams": [{"question": "Combien de continents y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM continents", "inferred_code_readable": "", "score": -1.931181394354553e-05}]}
{"index": 88, "beams": [{"question": "Quel est le nombre de continents?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM continents", "inferred_code_readable": "", "score": -1.9430988672297644e-05}]}
{"index": 89, "beams": [{"question": "Combien de pays compte chaque continent? Listez l'id du continent, le nom du continent et le nombre de pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT continents.ContId, continents.Continent, Count(*) FROM continents JOIN countries ON continents.ContId = countries.Continent GROUP BY continents.ContId", "inferred_code_readable": "", "score": -0.0006223648017851247}]}
{"index": 90, "beams": [{"question": "Pour chaque continent, listez son id, son nom et combien de pays compte-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.Continent, continents.Continent, Count(*) FROM continents JOIN countries ON continents.ContId = countries.Continent GROUP BY continents.ContId", "inferred_code_readable": "", "score": -0.5265308439870822}]}
{"index": 91, "beams": [{"question": "Combien de pays sont list\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries", "inferred_code_readable": "", "score": -1.2159296943536901e-05}]}
{"index": 92, "beams": [{"question": "Combien de pays existe-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries", "inferred_code_readable": "", "score": -3.099439865650311e-06}]}
{"index": 93, "beams": [{"question": "Combien de mod\u00e8les produit chaque constructeur automobile? Listez le nom complet du constructeur, l'id et le nombre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.FullName, car_makers.Maker, Count(*) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.02801316182172542}]}
{"index": 94, "beams": [{"question": "Quel est le nom complet de chaque constructeur automobile, avec son id et combien de mod\u00e8les il produit?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Id, car_makers.FullName, Count(*) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.13040686835947213}]}
{"index": 95, "beams": [{"question": "Quel mod\u00e8le de voiture a la puissance minimale?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Horsepower Asc LIMIT 1", "inferred_code_readable": "", "score": -0.06953253701646389}]}
{"index": 96, "beams": [{"question": "Quel est le mod\u00e8le de la voiture avec la plus petite puissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Horsepower Asc LIMIT 1", "inferred_code_readable": "", "score": -0.008886936427956016}]}
{"index": 97, "beams": [{"question": "Trouvez le mod\u00e8le de la voiture dont le poids est inf\u00e9rieur au poids moyen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Weight < (SELECT Avg(cars_data.Weight) FROM cars_data)", "inferred_code_readable": "", "score": -0.03976813401813217}]}
{"index": 98, "beams": [{"question": "Quel est le mod\u00e8le de la voiture avec un poids inf\u00e9rieur \u00e0 la moyenne?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Weight < (SELECT Avg(cars_data.Weight) FROM cars_data)", "inferred_code_readable": "", "score": -0.005367154232999383}]}
{"index": 99, "beams": [{"question": "Trouver le nom des constructeurs qui ont produit des voitures en \u00ab1970\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1990))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Year = 1990", "inferred_code_readable": "", "score": -1.467387591375875}]}
{"index": 100, "beams": [{"question": "Quel est le nom des diff\u00e9rents constructeurs automobiles qui ont produit une voiture en \u00ab1970\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 70))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Year = 70", "inferred_code_readable": "", "score": -0.23689932707425498}]}
{"index": 101, "beams": [{"question": "Trouvez la marque et l'heure de production des voitures qui ont \u00e9t\u00e9 produites au cours de la premi\u00e8re ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker, cars_data.Year FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Year Asc LIMIT 1", "inferred_code_readable": "", "score": -0.026636946835587594}]}
{"index": 102, "beams": [{"question": "Quel est le constructer automobile qui produit le plus t\u00f4t et en quelle ann\u00e9e ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker, cars_data.Year FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Year Asc LIMIT 1", "inferred_code_readable": "", "score": -0.2197095265140092}]}
{"index": 103, "beams": [{"question": "Quels mod\u00e8les de voitures distincts sont produits apr\u00e8s \u00ab1980\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1990))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Year > 1990", "inferred_code_readable": "", "score": -0.47868907903794167}]}
{"index": 104, "beams": [{"question": "Quels sont les diff\u00e9rents mod\u00e8les de cartes produites apr\u00e8s \u00ab1980\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 80))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Year > 80", "inferred_code_readable": "", "score": -1.1467037110886338}]}
{"index": 105, "beams": [{"question": "Combien de constructeurs automobiles y a-t-il sur chaque continent? Listez le nom du continent et le nombre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT continents.Continent, Count(*) FROM continents JOIN countries ON continents.ContId = countries.Continent GROUP BY continents.Continent", "inferred_code_readable": "", "score": -0.14018523379587577}]}
{"index": 106, "beams": [{"question": "Quel est le nom de chaque continent et combien de constructeurs automobiles y a-t-il dans chacun?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT continents.Continent, Count(*) FROM continents JOIN countries ON continents.ContId = countries.Continent JOIN car_makers ON countries.CountryId = car_makers.Country GROUP BY continents.Continent", "inferred_code_readable": "", "score": -0.6255095716996024}]}
{"index": 107, "beams": [{"question": "Quel pays compte le plus de constructeurs automobiles? Listez le nom du pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country GROUP BY countries.CountryName ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -2.1815224322097038e-05}]}
{"index": 108, "beams": [{"question": "Quel est le nom du pays qui compte le plus de constructeurs automobiles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country GROUP BY countries.CountryName ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.6212430743678397e-05}]}
{"index": 109, "beams": [{"question": "Combien de mod\u00e8les de voitures sont produits par chaque constructeur? Indiquez le nombre et le nom complet du constructeur.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), car_makers.FullName, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.026346585482130536}]}
{"index": 110, "beams": [{"question": "Quel est le nombre de mod\u00e8les de voitures produits par chaque constructeur et quels sont l'id et le nom complet de chaque constructeur?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), car_makers.FullName, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.27595667642381017}]}
{"index": 111, "beams": [{"question": "Quelle est l'acc\u00e9l\u00e9ration de la voiture  faite par \u00abamc hornet sportabout (sw)\u00bb", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Achornetsportsport(w\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Accelerate FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"Achornetsportsport(w\"", "inferred_code_readable": "", "score": -2.8395971994131273}]}
{"index": 112, "beams": [{"question": "\u00c0 quel point la voiture acc\u00e9l\u00e8re-t-elle stimul\u00e9e par AMC Hornet Sportabout (SW)?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AMCHornetSportSport\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Accelerate) FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"AMCHornetSportSport\" AND car_names.Make = \"\"", "inferred_code_readable": "", "score": -1.8197051378921358}]}
{"index": 113, "beams": [{"question": "Combien de constructeurs automobiles y a-t-il en \u00abFrance\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Texas\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country WHERE countries.CountryName = \"Texas\"", "inferred_code_readable": "", "score": -2.304299845199772}]}
{"index": 114, "beams": [{"question": "Quel est le nombre de constructeurs automobiles en \u00abFrance\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Texas\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country WHERE countries.CountryName = \"Texas\"", "inferred_code_readable": "", "score": -1.8550568987202283}]}
{"index": 115, "beams": [{"question": "Combien de mod\u00e8les de voitures sont produits aux \u00ab\u00c9tats-Unis\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM continents WHERE continents.Continent = \"United\"", "inferred_code_readable": "", "score": -0.3834964418704061}]}
{"index": 116, "beams": [{"question": "Quel est le nombre de mod\u00e8les de voitures produits aux \u00abUSA\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM continents JOIN countries ON continents.ContId = countries.Continent WHERE continents.Continent = \"United\"", "inferred_code_readable": "", "score": -1.3110613648308984}]}
{"index": 117, "beams": [{"question": "Quelle est la moyenne des miles par gallon (mpg) des voitures \u00e0 4 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.MPG) FROM cars_data WHERE cars_data.Cylinders = 4", "inferred_code_readable": "", "score": -0.0004602103841264693}]}
{"index": 118, "beams": [{"question": "Quelle est la moyenne des miles par gallon de toutes les voitures \u00e0 4 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.MPG) FROM cars_data WHERE cars_data.Cylinders = 4", "inferred_code_readable": "", "score": -0.00030371526284511674}]}
{"index": 119, "beams": [{"question": "Quel est le poids le plus petit de la voiture produite \u00e0 \u00ab8\u00bb cylindres en \u00ab1974\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 8))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Min(cars_data.Weight) FROM cars_data WHERE cars_data.Cylinders = 8 AND cars_data.Year = \"\"", "inferred_code_readable": "", "score": -2.396154529109829}]}
{"index": 120, "beams": [{"question": "Quel est le poids minimum de la voiture \u00e0 \u00ab8\u00bb cylindres produite en \u00ab1974\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 8))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Min(cars_data.Weight) FROM cars_data WHERE cars_data.Cylinders = 8 AND cars_data.Year = \"\"", "inferred_code_readable": "", "score": -2.3366228658429833}]}
{"index": 121, "beams": [{"question": "Quels sont tous les constructeurs et les mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker, car_makers.Maker FROM car_makers", "inferred_code_readable": "", "score": -0.31293804764727895}]}
{"index": 122, "beams": [{"question": "Quels sont les constructeurs et les mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker", "inferred_code_readable": "", "score": -1.4026220012259074}]}
{"index": 123, "beams": [{"question": "Quels sont les pays ayant au moins un constructeur automobile? Listez les noms et les ids.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName, car_makers.Id FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country", "inferred_code_readable": "", "score": -0.013631411367086343}]}
{"index": 124, "beams": [{"question": "Quels sont les noms et les ids de tous les pays ayant au moins un constructeur automobile?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName, countries.CountryId FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country", "inferred_code_readable": "", "score": -0.006445043247715887}]}
{"index": 125, "beams": [{"question": "Quel est le nombre de voitures dont la puissance est sup\u00e9rieure \u00e0 150?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (Number (object-f 150))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Horsepower > 150", "inferred_code_readable": "", "score": -0.021099524570502126}]}
{"index": 126, "beams": [{"question": "Quel est le nombre de voitures d'une puissance sup\u00e9rieure \u00e0 150?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (Number (object-f 150))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Horsepower > 150", "inferred_code_readable": "", "score": -0.01240262389018909}]}
{"index": 127, "beams": [{"question": "Quel est le poids moyen des voitures chaque ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Weight), cars_data.Year FROM cars_data GROUP BY cars_data.Year", "inferred_code_readable": "", "score": -6.151022500233694e-05}]}
{"index": 128, "beams": [{"question": "Quel est le poids moyen et l'ann\u00e9e pour chaque ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Weight), cars_data.Year FROM cars_data GROUP BY cars_data.Year", "inferred_code_readable": "", "score": -0.03638724548287797}]}
{"index": 129, "beams": [{"question": "Quels pays d'\u00abEurope\u00bb ont au moins 3 constructeurs automobiles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Uniteds\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM continents JOIN countries ON continents.ContId = countries.Continent JOIN car_makers ON countries.CountryId = car_makers.Country WHERE continents.Continent = \"Uniteds\" GROUP BY countries.CountryId HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.677577201985109}]}
{"index": 130, "beams": [{"question": "Quels sont les noms de tous les pays \u00abeurop\u00e9ens\u00bb avec au moins 3 constructeurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM continents JOIN countries ON continents.ContId = countries.Continent JOIN car_makers ON countries.CountryId = car_makers.Country WHERE continents.Continent = \"United\" GROUP BY countries.CountryId HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.7610905907310652}]}
{"index": 131, "beams": [{"question": "Quelle est la puissance maximale et la marque des mod\u00e8les de voitures \u00e0 3 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.Horsepower), Min(cars_data.Horsepower) FROM cars_data WHERE cars_data.Cylinders = 3", "inferred_code_readable": "", "score": -0.30135410124118067}]}
{"index": 132, "beams": [{"question": "Quelle est la plus grande puissance des mod\u00e8les \u00e0 3 cylindres et de quelle marque s'agit-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.Horsepower), car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders = 3", "inferred_code_readable": "", "score": -0.1038643883376551}]}
{"index": 133, "beams": [{"question": "Quel mod\u00e8le \u00e9conomise le plus d'essence? C'est-\u00e0-dire, avoir le maximum de miles par gallon.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id GROUP BY car_names.Make ORDER BY Sum(cars_data.MPG) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.6475330572847398}]}
{"index": 134, "beams": [{"question": "Quel est le mod\u00e8le de voiture avec le mpg le plus \u00e9lev\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.MPG Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0008153155437611304}]}
{"index": 135, "beams": [{"question": "Quelle est la puissance moyenne des voitures avant \u00ab1980\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1990))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Horsepower) FROM cars_data WHERE cars_data.Year < 1990", "inferred_code_readable": "", "score": -0.407883468302046}]}
{"index": 136, "beams": [{"question": "Quelle est la puissance moyenne de toutes les voitures produites avant 1980?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1990))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Horsepower) FROM cars_data WHERE cars_data.Year < 1990", "inferred_code_readable": "", "score": -0.8015141487069002}]}
{"index": 137, "beams": [{"question": "Quel est l'edispl moyen des voitures du mod\u00e8le \u00abvolvo\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PVvo\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Edispl) FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"PVvo\"", "inferred_code_readable": "", "score": -0.5060694467877127}]}
{"index": 138, "beams": [{"question": "Quel est l'edispl moyen de toutes les voitures de \u00abvolvo\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PVvo\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Edispl) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_makers.FullName = \"PVvo\"", "inferred_code_readable": "", "score": -0.5735483277600792}]}
{"index": 139, "beams": [{"question": "Quelle est l'acc\u00e9l\u00e9ration maximale pour les voitures aux diff\u00e9rents nombres de cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.Accelerate), cars_data.Cylinders FROM cars_data GROUP BY cars_data.Cylinders", "inferred_code_readable": "", "score": -0.0720319221464365}]}
{"index": 140, "beams": [{"question": "Quelle est l'acc\u00e9l\u00e9ration maximale pour tous les voiture aux diff\u00e9rents nombres de cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.Accelerate), cars_data.Cylinders FROM cars_data GROUP BY cars_data.Cylinders", "inferred_code_readable": "", "score": -0.03420591883489266}]}
{"index": 141, "beams": [{"question": "Quel mod\u00e8le a le plus de version de voitures?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names GROUP BY car_names.Make ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -2.1815252431167664e-05}]}
{"index": 142, "beams": [{"question": "Quel mod\u00e8le a  le plus de versions diff\u00e9rentes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names GROUP BY car_names.Make ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -8.737800973079857e-05}]}
{"index": 143, "beams": [{"question": "Combien de voitures ont plus de 4 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Cylinders > 4", "inferred_code_readable": "", "score": -0.00013600996028628742}]}
{"index": 144, "beams": [{"question": "Quel est le nombre de voitures de plus de 4 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Cylinders > 4", "inferred_code_readable": "", "score": -0.0001654497594500981}]}
{"index": 145, "beams": [{"question": "Combien de voitures ont \u00e9t\u00e9 produites en \u00ab1980\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"in\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"restaurant\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Year = \"in\" OR cars_data.Year = \"restaurant\"", "inferred_code_readable": "", "score": -3.1866464916994275}]}
{"index": 146, "beams": [{"question": "En \u00ab1980\u00bb, combien de voitures ont \u00e9t\u00e9 fabriqu\u00e9es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"in\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Year = \"in\"", "inferred_code_readable": "", "score": -0.9958044736015736}]}
{"index": 147, "beams": [{"question": "Combien de mod\u00e8les de voitures ont \u00e9t\u00e9 produits par le constructeur avec le nom complet \u00abAmerican Motor Company\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AmericanMotorCompany\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker WHERE car_makers.FullName = \"AmericanMotorCompany\"", "inferred_code_readable": "", "score": -0.0018542577742479693}]}
{"index": 148, "beams": [{"question": "Quel est le nombre de mod\u00e8les de voitures cr\u00e9\u00e9s par le constructeur automobile \u00abAmerican Motor Company\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AmericanMotorCompany\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker WHERE car_makers.FullName = \"AmericanMotorCompany\"", "inferred_code_readable": "", "score": -1.0570823535379574}]}
{"index": 149, "beams": [{"question": "Quels constructeurs ont con\u00e7u plus de 3 mod\u00e8les de voitures? Listez le nom complet et l'id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.FullName, car_makers.Id FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.017329782504134528}]}
{"index": 150, "beams": [{"question": "Quels sont les noms et les ids de tous les constructeurs avec plus de 3 mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.FullName, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.0012080711453563708}]}
{"index": 151, "beams": [{"question": "Quels mod\u00e8les distinctifs sont produits par le constructeur  \u00abGeneral Motors\u00bb ou pesant plus de 3500?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"JohnMotorMotor\"))))) (cond-right (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT car_names.Make FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Weight = \"JohnMotorMotor\" OR car_makers.FullName > 3000", "inferred_code_readable": "", "score": -2.9639886428488182}]}
{"index": 152, "beams": [{"question": "Quels sont les diff\u00e9rents mod\u00e8les cr\u00e9\u00e9s par le constructeur automobile \u00abGeneral Motors\u00bb ou pesant plus de 3500?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"JohnMotorMotor\"))))) (cond-right (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT car_names.Make FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_makers.FullName = \"JohnMotorMotor\" OR car_makers.FullName > 3000", "inferred_code_readable": "", "score": -2.418864934806635}]}
{"index": 153, "beams": [{"question": "En quelles ann\u00e9es les voitures ont \u00e9t\u00e9 produites pesant pas moins de 3000 et pas plus de 4000? ", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))) (val-val2 (Number (object-f 5000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Year FROM cars_data WHERE cars_data.Weight BETWEEN 3000 AND 5000", "inferred_code_readable": "", "score": -0.5829410533629016}]}
{"index": 154, "beams": [{"question": "Quelles sont les diff\u00e9rentes ann\u00e9es au cours desquelles il y a eu des voitures produites qui pesaient moins de 4000 et aussi des voitures qui pesaient plus de 3000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Year FROM cars_data WHERE cars_data.Weight < 4000 INTERSECT SELECT cars_data.Year FROM cars_data WHERE cars_data.Weight > 3000", "inferred_code_readable": "", "score": -0.3300406158029432}]}
{"index": 155, "beams": [{"question": "Quelle est la puissance de la voiture avec la plus grande acc\u00e9l\u00e9ration?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Horsepower FROM cars_data ORDER BY cars_data.Accelerate Desc LIMIT 1", "inferred_code_readable": "", "score": -2.2888071264048904e-05}]}
{"index": 156, "beams": [{"question": "Quelle est la puissance de la voiture avec l'acc\u00e9l\u00e9ration la plus importante ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Horsepower FROM cars_data ORDER BY cars_data.Accelerate Desc LIMIT 1", "inferred_code_readable": "", "score": -5.483622103952257e-06}]}
{"index": 157, "beams": [{"question": "Pour le mod\u00e8le \u00abvolvo\u00bb, la voiture avec le moins d'acc\u00e9l\u00e9ration a combien de sylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PVvo\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Cylinders FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"PVvo\" ORDER BY cars_data.Accelerate Asc LIMIT 1", "inferred_code_readable": "", "score": -0.24752465174277205}]}
{"index": 158, "beams": [{"question": "Pour un mod\u00e8le \u00abvolvo\u00bb, la version avec le moins d'acc\u00e9l\u00e9ration a combien de cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PVvo\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Cylinders FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"PVvo\" ORDER BY cars_data.Accelerate Asc LIMIT 1", "inferred_code_readable": "", "score": -0.3137213014882434}]}
{"index": 159, "beams": [{"question": "Combien de voitures ont une acc\u00e9l\u00e9ration plus grande que la voiture avec la plus grande puissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Accelerate > (SELECT Max(cars_data.Accelerate) FROM cars_data)", "inferred_code_readable": "", "score": -0.013137583500039796}]}
{"index": 160, "beams": [{"question": "Quel est le nombre de voitures avec une acc\u00e9l\u00e9ration plus grande que celle avec le plus de puissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Accelerate > (SELECT Max(cars_data.Accelerate) FROM cars_data)", "inferred_code_readable": "", "score": -0.0031705709997567055}]}
{"index": 161, "beams": [{"question": "Combien de pays compte plus de 2 constructeurs automobiles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country GROUP BY countries.CountryId HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.21829743707910154}]}
{"index": 162, "beams": [{"question": "Quel est le nombre de pays comptant plus de 2 constructeurs automobiles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country GROUP BY countries.CountryId HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.10376807836030366}]}
{"index": 163, "beams": [{"question": "Combien de voitures ont plus de 6 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2006))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Cylinders > 2006", "inferred_code_readable": "", "score": -0.7549877166715433}]}
{"index": 164, "beams": [{"question": "Quel est le nombre de voitures de plus de 6 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2006))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM cars_data WHERE cars_data.Cylinders > 2006", "inferred_code_readable": "", "score": -0.494217097756831}]}
{"index": 165, "beams": [{"question": "Pour les voitures \u00e0 4 cylindres, quel mod\u00e8le a la plus grande puissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT cars_data.Horsepower FROM cars_data WHERE cars_data.Cylinders = 4 ORDER BY cars_data.Horsepower Desc LIMIT 1", "inferred_code_readable": "", "score": -0.10237827984764891}]}
{"index": 166, "beams": [{"question": "Pour toutes les voitures \u00e0 4 cylindres, quel mod\u00e8le a le plus de puissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders = 4 ORDER BY cars_data.Horsepower Desc LIMIT 1", "inferred_code_readable": "", "score": -0.568205030401522}]}
{"index": 167, "beams": [{"question": "Parmi les voitures dont la puissance est sup\u00e9rieure \u00e0 la plus faible, lesquelles n'ont pas plus de 3 cylindres? Listez l'id  et le nom des constructeurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))) (val-val2 (Number (object-f 3))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Id, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Horsepower BETWEEN 3 AND 3", "inferred_code_readable": "", "score": -0.23409899763162656}]}
{"index": 168, "beams": [{"question": "Parmi les voitures dont la puissance ne sont pas le minimum, quels sont les ids et les noms des constructeurs de toutes les voitures \u00e0 moins de 4 cylindres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))) (val-val2 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Id, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders BETWEEN 4 AND 4", "inferred_code_readable": "", "score": -1.1148065360992163}]}
{"index": 169, "beams": [{"question": "Quel est le nombre maximal de miles par gallon de la voiture \u00e0 \u00ab8\u00bb cylindres ou produite avant \u00ab1980\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (String (string-s \"4:%\"))))) (cond-right (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 800))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.MPG) FROM cars_data WHERE cars_data.Cylinders = \"4:%\" OR cars_data.Year < 800", "inferred_code_readable": "", "score": -1.7921118344092477}]}
{"index": 170, "beams": [{"question": "Quel est le mpg maximum des voitures qui ont \u00ab8\u00bbcylindres ou qui sont produites avant \u00ab1980\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (String (string-s \"4:%\"))))) (cond-right (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (Number (object-f 8))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(cars_data.MPG) FROM cars_data WHERE cars_data.Cylinders = \"4:%\" OR cars_data.Year < 8", "inferred_code_readable": "", "score": -2.148115906933519}]}
{"index": 171, "beams": [{"question": "Quels mod\u00e8les sont plus l\u00e9gers que 3500 mais non fabriqu\u00e9s par la \u00abFord Motor Company\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USMotorMotorCompany\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM model_list JOIN car_names ON model_list.Model = car_names.Model WHERE model_list.Model > 3000 EXCEPT SELECT car_names.Make FROM model_list JOIN car_makers ON model_list.Maker = car_makers.Id WHERE car_makers.FullName = \"USMotorMotorCompany\"", "inferred_code_readable": "", "score": -3.003776696043033}]}
{"index": 172, "beams": [{"question": "Quels sont les diff\u00e9rents mod\u00e8les plus l\u00e9gers que 3500 mais qui n'ont pas \u00e9t\u00e9 construits par la \u00abFord Motor Company\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USMotorMotorCompany\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT car_names.Make FROM model_list JOIN car_names ON model_list.Model = car_names.Model EXCEPT SELECT car_names.Make FROM model_list JOIN car_makers ON model_list.Maker = car_makers.Id WHERE car_makers.FullName > 3000 AND car_makers.Maker = \"USMotorMotorCompany\"", "inferred_code_readable": "", "score": -2.0141326091346983}]}
{"index": 173, "beams": [{"question": "Comment s'appellent les pays o\u00f9 il n'y a pas un seul constructeur automobile?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM countries WHERE countries.CountryId NOT IN (SELECT car_makers.Country FROM car_makers)", "inferred_code_readable": "", "score": -1.8119779277014914e-05}]}
{"index": 174, "beams": [{"question": "Quels sont les noms des pays sans constructeur automobile?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName FROM countries WHERE countries.CountryId NOT IN (SELECT car_makers.Country FROM car_makers)", "inferred_code_readable": "", "score": -1.6927695241975016e-05}]}
{"index": 175, "beams": [{"question": "Quels sont les constructeurs automobiles qui produisent au moins 2 mod\u00e8les et plus de 3 constructeurs automobiles? Listez l'id et le constructeur.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Id, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.0941895749326136}]}
{"index": 176, "beams": [{"question": "Quels sont les ids et les constructeurs de tous les constructeurs automobiles qui produisent au moins 2 mod\u00e8les et fabriquent plus de 3 sortes de voitures?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Id, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id HAVING Count(*) >= 3 INTERSECT SELECT car_makers.Id, car_makers.Maker FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.5216962416828181}]}
{"index": 177, "beams": [{"question": "Quels sont les ids et les noms des pays qui comptent plus de 3 constructeurs automobiles ou qui produisent le mod\u00e8le \u00abfiat\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"in\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))", "inferred_code": "SELECT countries.CountryId, countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country WHERE car_makers.Maker = \"in\" UNION SELECT countries.CountryId, countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country JOIN model_list ON car_makers.Id = model_list.Maker WHERE car_makers.Maker = 3 GROUP BY countries.CountryId HAVING Count(*) > 2", "inferred_code_readable": "", "score": -2.6042194386592996}]}
{"index": 178, "beams": [{"question": "Quels sont les identifiants et les noms de tous les pays qui comptent plus de 3 constructeurs automobiles ou qui produisent le mod\u00e8le \u00abfiat\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"in\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))", "inferred_code": "SELECT countries.CountryId, countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country WHERE car_makers.Maker = \"in\" UNION SELECT countries.CountryId, countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country WHERE car_makers.FullName > 3 GROUP BY countries.CountryId HAVING Count(*) > 2", "inferred_code_readable": "", "score": -3.2231503645837165}]}
{"index": 179, "beams": [{"question": "\u00c0 quel pays appartient la compagnie a\u00e9rienne \u00abJetBlue Airways\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterBlueAirways\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Country FROM airlines WHERE airlines.Airline = \"WalterBlueAirways\"", "inferred_code_readable": "", "score": -0.7785440669023487}]}
{"index": 180, "beams": [{"question": "\u00c0 quel pays appartient la compagnie a\u00e9rienne \u00abJetBlue Airways\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterBlueAirways\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Country FROM airlines WHERE airlines.Airline = \"WalterBlueAirways\"", "inferred_code_readable": "", "score": -0.7785440669023487}]}
{"index": 181, "beams": [{"question": "Quelle est l'abr\u00e9viation de la compagnie a\u00e9rienne \u00abJetBlue Airways\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"RobinBlueAirways\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Abbreviation FROM airlines WHERE airlines.Airline = \"RobinBlueAirways\"", "inferred_code_readable": "", "score": -1.481508690646379}]}
{"index": 182, "beams": [{"question": "Quelle abr\u00e9viation correspond \u00e0 la compagnie a\u00e9rienne \u00abJetblue Airways\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"IronblueAirways\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Abbreviation FROM airlines WHERE airlines.Airline = \"IronblueAirways\"", "inferred_code_readable": "", "score": -1.0362600083713858}]}
{"index": 183, "beams": [{"question": "\u00c9num\u00e9rez les noms de toutes les compagnies a\u00e9riennes et leurs abr\u00e9viations aux \u00abUSA\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline, airlines.Abbreviation FROM airlines WHERE airlines.Country = \"United\"", "inferred_code_readable": "", "score": -0.010925053967667964}]}
{"index": 184, "beams": [{"question": "Quels sont les noms et abr\u00e9viations des compagnies a\u00e9riennes aux \u00c9tats-Unis?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline, airlines.Abbreviation FROM airlines WHERE airlines.Country = \"United\"", "inferred_code_readable": "", "score": -0.041249877131235735}]}
{"index": 185, "beams": [{"question": "Indiquez le code et le nom de l'a\u00e9roport dans la ville d'\u00abAnthony\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ArSmi\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportCode, airports.AirportName FROM airports WHERE airports.City = \"ArSmi\"", "inferred_code_readable": "", "score": -1.3395372782305373}]}
{"index": 186, "beams": [{"question": "Donnez le code de l'a\u00e9roport et le nom de l'a\u00e9roport correspondant \u00e0 la ville \u00abAnthony\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ArSmi\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportCode, airports.AirportName FROM airports WHERE airports.City = \"ArSmi\"", "inferred_code_readable": "", "score": -2.0035766355441282}]}
{"index": 187, "beams": [{"question": "Combien de compagnies a\u00e9riennes avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines", "inferred_code_readable": "", "score": -3.099439467746379e-06}]}
{"index": 188, "beams": [{"question": "Quel est le nombre total de compagnies a\u00e9riennes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines", "inferred_code_readable": "", "score": -3.933903194308641e-06}]}
{"index": 189, "beams": [{"question": "Combien d'a\u00e9roports avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports", "inferred_code_readable": "", "score": -3.6954853257498144e-06}]}
{"index": 190, "beams": [{"question": "Renvoyez le nombre d'a\u00e9roports.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports", "inferred_code_readable": "", "score": -3.576276512262666e-06}]}
{"index": 191, "beams": [{"question": "Combien de vols avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM flights", "inferred_code_readable": "", "score": -1.311301950579491e-06}]}
{"index": 192, "beams": [{"question": "Renvoyez le nombre de vols.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM flights", "inferred_code_readable": "", "score": -1.7881383911344528e-06}]}
{"index": 193, "beams": [{"question": "Quelle compagnie a\u00e9rienne a l'abr\u00e9viation \u00abUAL\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UAL\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines WHERE airlines.Abbreviation = \"UAL\"", "inferred_code_readable": "", "score": -0.012510779269568673}]}
{"index": 194, "beams": [{"question": "Donnez la compagnie a\u00e9rienne avec l'abr\u00e9viation \u00abUAL\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UAL\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines WHERE airlines.Abbreviation = \"UAL\"", "inferred_code_readable": "", "score": -0.0018343871849921811}]}
{"index": 195, "beams": [{"question": "Combien de compagnies a\u00e9riennes viennent des \u00abUSA\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines WHERE airlines.Country = \"USA\"", "inferred_code_readable": "", "score": -0.43406623601849503}]}
{"index": 196, "beams": [{"question": "Renvoyez le nombre de compagnies a\u00e9riennes aux \u00abUSA\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines WHERE airlines.Country = \"USA\"", "inferred_code_readable": "", "score": -0.6686404943462634}]}
{"index": 197, "beams": [{"question": "Dans quelle ville et dans quel pays se trouve l'a\u00e9roport d'\u00abAlton\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cuton\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City, airports.Country FROM airports WHERE airports.AirportName = \"Cuton\"", "inferred_code_readable": "", "score": -0.254724174685542}]}
{"index": 198, "beams": [{"question": "Donnez la ville et le pays de l'a\u00e9roport d'\u00abAlton\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cuton\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City, airports.Country FROM airports WHERE airports.AirportName = \"Cuton\"", "inferred_code_readable": "", "score": -0.6085900640681032}]}
{"index": 199, "beams": [{"question": "Quel est le nom de l'a\u00e9roport \u00abAKO\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AKO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE flights.DestAirport = \"AKO\"", "inferred_code_readable": "", "score": -0.5174488860970357}]}
{"index": 200, "beams": [{"question": "Renvoyez le nom de l'a\u00e9roport avec le code \u00abAKO\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AKO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports WHERE airports.AirportCode = \"AKO\"", "inferred_code_readable": "", "score": -1.1920927747155474e-06}]}
{"index": 201, "beams": [{"question": "Quels sont les noms d'a\u00e9roports dans la ville d'\u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Awarddeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports WHERE airports.City = \"Awarddeen\"", "inferred_code_readable": "", "score": -2.2950959489658587}]}
{"index": 202, "beams": [{"question": "Quels sont les noms des a\u00e9roports d'\u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aberdeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports WHERE airports.City = \"Aberdeen\"", "inferred_code_readable": "", "score": -1.283641418904729}]}
{"index": 203, "beams": [{"question": "Combien de vols partent de \u00abAPG\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.016706786313918087}]}
{"index": 204, "beams": [{"question": "Comptez le nombre de vols au d\u00e9part de \u00abAPG\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.0036191239310099377}]}
{"index": 205, "beams": [{"question": "Combien de vols ont la destination \u00abATO\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ATO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM flights WHERE flights.DestAirport = \"ATO\"", "inferred_code_readable": "", "score": -8.797407708271976e-05}]}
{"index": 206, "beams": [{"question": "Comptez le nombre de vols vers \u00abATO\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ATO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.AirportName = \"ATO\"", "inferred_code_readable": "", "score": -0.11884066490764411}]}
{"index": 207, "beams": [{"question": "Combien de vols partent de la ville \u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Adeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(flights.FlightNo) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Adeen\"", "inferred_code_readable": "", "score": -0.0986280690248762}]}
{"index": 208, "beams": [{"question": "Renvoyez le nombre de vols au d\u00e9part d'\u00abAberdeen\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alandeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(flights.FlightNo) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Alandeen\"", "inferred_code_readable": "", "score": -1.997614731974494}]}
{"index": 209, "beams": [{"question": "Combien de vols sont arriv\u00e9 dans la ville d'\u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Adeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Adeen\"", "inferred_code_readable": "", "score": -1.131119575192308}]}
{"index": 210, "beams": [{"question": "Renvoyez le nombre de vols arriv\u00e9s \u00e0 \u00abAberdeen\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Adeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(flights.FlightNo) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Adeen\"", "inferred_code_readable": "", "score": -2.2962938562964084}]}
{"index": 211, "beams": [{"question": "Combien de vols partent de la ville \u00abAberdeen\u00bb et ont une destination pour la ville \u00abAshley\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alicedeen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alice\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Alicedeen\" AND airports.City = \"Alice\"", "inferred_code_readable": "", "score": -1.3961192415601715}]}
{"index": 212, "beams": [{"question": "Combien de vols volent entre \u00abAberdeen\u00bb et \u00abAshley\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alice\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alice\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT flights.FlightNo) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Alice\" AND airports.AirportName = \"Alice\"", "inferred_code_readable": "", "score": -1.7714878380398247}]}
{"index": 213, "beams": [{"question": "Combien de vols la compagnie a\u00e9rienne \u00abJetBlue Airways\u00bb ont-t-elle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Blan\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN flights WHERE airlines.Airline = \"Blan\"", "inferred_code_readable": "", "score": -1.9272026704877092}]}
{"index": 214, "beams": [{"question": "Donnez le nombre de vols de \u00abJetBlue Airways\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Walter\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN flights WHERE airlines.Airline = \"Walter\"", "inferred_code_readable": "", "score": -1.55063576892357}]}
{"index": 215, "beams": [{"question": "Combien de vols de la compagnie \u00abUnited Airlines\u00bb sont \u00e0 destination de l'a\u00e9roport \u00abASY\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ASY\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN airports JOIN flights WHERE airports.AirportName = \"ASY\" AND airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -0.3443204038489682}]}
{"index": 216, "beams": [{"question": "Comptez le nombre de vols d'\u00abUnited Airlines\u00bb  arrivant \u00e0 l'a\u00e9roport \u00abASY\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ASY\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN flights WHERE flights.SourceAirport = \"ASY\" AND airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -0.34238893424853956}]}
{"index": 217, "beams": [{"question": "Combien de vols d'\u00abUnited Airlines\u00bb partent de l'a\u00e9roport \u00abAHD\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN flights WHERE flights.SourceAirport = \"AHD\" AND airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -1.0888026703964044}]}
{"index": 218, "beams": [{"question": "Renvoyez le nombre de vols d'\u00abUnited Airlines\u00bb au d\u00e9part de l'a\u00e9roport \u00abAHD\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlinesAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN flights WHERE flights.SourceAirport = \"AHD\" AND airlines.Airline = \"UnitedAirlinesAirlines\"", "inferred_code_readable": "", "score": -0.5967364477824972}]}
{"index": 219, "beams": [{"question": "Combien de vols d'\u00abUnited Airlines\u00bb sont pour \u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alandeen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlinesAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN airports JOIN flights WHERE airports.City = \"Alandeen\" AND airlines.Airline = \"UnitedAirlinesAirlines\"", "inferred_code_readable": "", "score": -0.8012039798676298}]}
{"index": 220, "beams": [{"question": "Comptez le nombre de vols d'\u00abUnited Airlines\u00bb qui sont arriv\u00e9s \u00e0 \u00abAberdeen\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alandeen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlinesAirlines\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airlines JOIN airports JOIN flights WHERE airports.City = \"Alandeen\" AND airlines.Airline = \"UnitedAirlinesAirlines\"", "inferred_code_readable": "", "score": -1.5694899928859343}]}
{"index": 221, "beams": [{"question": "Quelle ville a le plus de vols \u00e0 l'arriv\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY airports.City ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.055437657444031174}]}
{"index": 222, "beams": [{"question": "Quelle ville a l'a\u00e9roport de destination le plus fr\u00e9quent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY flights.DestAirport ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.12483860514846157}]}
{"index": 223, "beams": [{"question": "Quelle ville a le plus de vols au d\u00e9part?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY airports.City ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.17844481665913747}]}
{"index": 224, "beams": [{"question": "Quelle ville a les vols les plus fr\u00e9quents au d\u00e9part de son a\u00e9roport ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.City FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY flights.SourceAirport ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.4241320488487901}]}
{"index": 225, "beams": [{"question": "Quel est le code de l'a\u00e9roport qui a le plus grand nombre de vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.SourceAirport FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY flights.SourceAirport ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.09152802536817006}]}
{"index": 226, "beams": [{"question": "Quel est le code de l'a\u00e9roport avec le plus de vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.SourceAirport FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY flights.SourceAirport ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.15467710307665783}]}
{"index": 227, "beams": [{"question": "Quel est le code de l'a\u00e9roport qui a le moins de vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.SourceAirport FROM flights GROUP BY flights.SourceAirport ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.0116553074360084}]}
{"index": 228, "beams": [{"question": "Donnez le code de l'a\u00e9roport avec le moins de vols.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.SourceAirport FROM flights GROUP BY flights.SourceAirport ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.015667971534703895}]}
{"index": 229, "beams": [{"question": "Quelle compagnie a\u00e9rienne a le plus de vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights GROUP BY airlines.Airline ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.03406522930232114}]}
{"index": 230, "beams": [{"question": "Quelle compagnie a\u00e9rienne dessert le plus de vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights GROUP BY airlines.Airline ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.04138082452836045}]}
{"index": 231, "beams": [{"question": "Trouvez l'abr\u00e9viation et le pays de la compagnie a\u00e9rienne qui effectue le moins de vols.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Abbreviation, airlines.Country FROM airlines JOIN flights GROUP BY flights.Airline ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -1.03447243561385}]}
{"index": 232, "beams": [{"question": "Quelle est l'abr\u00e9viation de la compagnie a\u00e9rienne qui a le moins de vols et dans quel pays se trouve-t-elle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Abbreviation, airlines.Country FROM airlines JOIN flights GROUP BY flights.SourceAirport ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.3948144894460057}]}
{"index": 233, "beams": [{"question": "Quelles sont les compagnies a\u00e9riennes qui ont des vols au d\u00e9part de l'a\u00e9roport  \u00abAHD\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.SourceAirport = \"AHD\"", "inferred_code_readable": "", "score": -0.007967019765303007}]}
{"index": 234, "beams": [{"question": "Quelles sont les compagnies a\u00e9riennes qui proposent des vol au d\u00e9part de l'a\u00e9roport \u00abAHD\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.SourceAirport = \"AHD\"", "inferred_code_readable": "", "score": -0.005785411283554254}]}
{"index": 235, "beams": [{"question": "Quelles sont les compagnies a\u00e9riennes qui ont des vols \u00e0 destination de l'a\u00e9roport \u00abAHD\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.DestAirport = \"AHD\"", "inferred_code_readable": "", "score": -0.6673359456752834}]}
{"index": 236, "beams": [{"question": "Quelles sont les compagnies a\u00e9riennes qui proposent des vol \u00e0 destination de l'a\u00e9roport \u00abAHD\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AHD\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.DestAirport = \"AHD\"", "inferred_code_readable": "", "score": -1.8495829919076527}]}
{"index": 237, "beams": [{"question": "Trouvez toutes les compagnies a\u00e9riennes qui proposent des vols partant des deux a\u00e9roports \u00abAPG\u00bb et \u00abCVO\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AnPG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ArVO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.SourceAirport = \"AnPG\" INTERSECT SELECT airlines.Airline FROM airlines JOIN flights ON airlines.uid = flights.Airline WHERE flights.SourceAirport = \"ArVO\"", "inferred_code_readable": "", "score": -1.59481686119328}]}
{"index": 238, "beams": [{"question": "Quelles compagnies a\u00e9riennes proposent des vols au d\u00e9part des a\u00e9roports \u00abAPG\u00bb et \u00abCVO\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ArVO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN airports JOIN flights WHERE flights.SourceAirport = \"APG\" INTERSECT SELECT airlines.Airline FROM airports JOIN flights ON airports.AirportCode = flights.Airline AND flights.Airline = flights.Airline JOIN flights WHERE flights.SourceAirport = \"ArVO\"", "inferred_code_readable": "", "score": -3.6957893001354734}]}
{"index": 239, "beams": [{"question": "Trouvez toutes les compagnies a\u00e9riennes qui ont des vols au d\u00e9part de l'a\u00e9roport \u00abCVO\u00bb mais pas \u00e0 partir de \u00abAPG\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"2010VO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.SourceAirport = \"2010VO\" EXCEPT SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -2.717726290966027}]}
{"index": 240, "beams": [{"question": "Quelles compagnies a\u00e9riennes ont des vols qui partent de \u00abCVO\u00bb mais pas des a\u00e9roports d'\u00abAPG\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"LondonVO\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN airports JOIN flights WHERE flights.SourceAirport = \"LondonVO\" EXCEPT SELECT airlines.Airline FROM airports JOIN flights ON airports.AirportCode = flights.Airline WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -2.8834564575094532}]}
{"index": 241, "beams": [{"question": "Trouvez toutes les compagnies a\u00e9riennes qui proposent au moins 10 vols.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights GROUP BY flights.Airline HAVING Count(*) >= 10", "inferred_code_readable": "", "score": -0.1089272633314664}]}
{"index": 242, "beams": [{"question": "Quelles compagnies a\u00e9riennes proposent au moins 10 vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights GROUP BY flights.Airline HAVING Count(*) >= 10", "inferred_code_readable": "", "score": -0.5189930763171944}]}
{"index": 243, "beams": [{"question": "Trouvez toutes les compagnies a\u00e9riennes qui ont moins de 200 vols.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.FlightNo < 200", "inferred_code_readable": "", "score": -0.9180742291163}]}
{"index": 244, "beams": [{"question": "Quelles compagnies a\u00e9riennes ont moins de 200 vols?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airlines.Airline FROM airlines JOIN flights WHERE flights.FlightNo < 200", "inferred_code_readable": "", "score": -1.0139683709838323}]}
{"index": 245, "beams": [{"question": "Quels sont les num\u00e9ros de vol de la compagnie a\u00e9rienne \u00abUnited Airlines\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlines\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airlines JOIN flights WHERE airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -0.07918079336310058}]}
{"index": 246, "beams": [{"question": "Quels num\u00e9ros de vol correspondent aux vols d'\u00abUnited Airlines\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAirlines\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airlines JOIN flights WHERE airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -0.004669827804768545}]}
{"index": 247, "beams": [{"question": "Quels sont les num\u00e9ros de vol des vols au d\u00e9part de l'a\u00e9roport \u00abAPG\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.15569084878284656}]}
{"index": 248, "beams": [{"question": "Indiquez les num\u00e9ros de vols au d\u00e9part d'\u00abAPG\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.007788714475324809}]}
{"index": 249, "beams": [{"question": "Quels sont les num\u00e9ros de vol des vols arrivant \u00e0 l'a\u00e9roport \u00abAPG\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.11748505050893954}]}
{"index": 250, "beams": [{"question": "Donnez les num\u00e9ros de vols des vols atterrissant \u00e0 \u00abAPG\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"APG\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -0.03489489752348618}]}
{"index": 251, "beams": [{"question": "Quels sont les num\u00e9ros de vols des vols au d\u00e9part de City \u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AAdeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"AAdeen\"", "inferred_code_readable": "", "score": -0.7240884242484569}]}
{"index": 252, "beams": [{"question": "Indiquez les num\u00e9ros de vols au d\u00e9part d'\u00abAberdeen\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aberdeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Aberdeen\"", "inferred_code_readable": "", "score": -1.6807891021025583}]}
{"index": 253, "beams": [{"question": "Quels sont les num\u00e9ros de vols des vols arrivant \u00e0 City \u00abAberdeen\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AAdeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"AAdeen\"", "inferred_code_readable": "", "score": -0.5306517858420889}]}
{"index": 254, "beams": [{"question": "Indiquez les num\u00e9ros de vols des vols arrivant \u00e0 \u00abAberdeen\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alicedeen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT flights.FlightNo FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Alicedeen\"", "inferred_code_readable": "", "score": -1.6455602257232442}]}
{"index": 255, "beams": [{"question": "Trouvez le nombre de vols atterrissant dans la ville d'\u00abAberdeen\u00bb ou d'\u00abAbilene\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aladeen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Bob\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Aladeen\" OR airports.City = \"Bob\"", "inferred_code_readable": "", "score": -2.5964921567934027}]}
{"index": 256, "beams": [{"question": "Combien de vols atterrissent \u00e0 \u00abAberdeen\u00bb ou \u00abAbilene\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Adeen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Bob\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.City = \"Adeen\" OR airports.City = \"Bob\"", "inferred_code_readable": "", "score": -1.1656877922211066}]}
{"index": 257, "beams": [{"question": "Trouvez le nom des a\u00e9roports qui n'ont pas de vol aller et retour.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports EXCEPT SELECT airports.AirportName FROM airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE flights.SourceAirport = 2", "inferred_code_readable": "", "score": -1.0633866111755026}]}
{"index": 258, "beams": [{"question": "Quels a\u00e9roports n'ont pas de vols au d\u00e9part ou \u00e0 l'arriv\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT airports.AirportName FROM airports WHERE airports.AirportCode NOT IN (SELECT flights.SourceAirport FROM flights)", "inferred_code_readable": "", "score": -2.992140949942268e-05}]}
{"index": 259, "beams": [{"question": "Combien d'employ\u00e9s y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM employee", "inferred_code_readable": "", "score": -6.556493104881156e-06}]}
{"index": 260, "beams": [{"question": "Comptez le nombre d'employ\u00e9s", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM employee", "inferred_code_readable": "", "score": -7.5101610548244935e-06}]}
{"index": 261, "beams": [{"question": "Triez les noms des employ\u00e9s en fonction de leur \u00e2ge par ordre croissant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee ORDER BY employee.Age Asc", "inferred_code_readable": "", "score": -4.1723226047452044e-06}]}
{"index": 262, "beams": [{"question": "Listez les noms des employ\u00e9s et triez par ordre croissant d'\u00e2ge.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee ORDER BY employee.Age Asc", "inferred_code_readable": "", "score": -3.576277208594547e-06}]}
{"index": 263, "beams": [{"question": "Quel est le nombre d'employ\u00e9s de chaque ville?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.City, Count(*) FROM employee GROUP BY employee.City", "inferred_code_readable": "", "score": -1.2755366292083181e-05}]}
{"index": 264, "beams": [{"question": "Comptez le nombre d'employ\u00e9s de chaque ville.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), employee.City FROM employee GROUP BY employee.City", "inferred_code_readable": "", "score": -0.001243062895547098}]}
{"index": 265, "beams": [{"question": "De quelles villes provient plus d'un employ\u00e9 de moins de 30 ans?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.City FROM employee WHERE employee.Age < 30 GROUP BY employee.City HAVING Count(*) > 30", "inferred_code_readable": "", "score": -0.15680243528312587}]}
{"index": 266, "beams": [{"question": "Trouvez les villes qui comptent plus d'un employ\u00e9 de moins de 30 ans.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.City FROM employee WHERE employee.Age < 30 GROUP BY employee.City HAVING Count(*) > 30", "inferred_code_readable": "", "score": -0.04416918247185464}]}
{"index": 267, "beams": [{"question": "Trouvez le nombre de magasins dans chaque emplacement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Location, Count(*) FROM shop GROUP BY shop.Location", "inferred_code_readable": "", "score": -1.0251984200237985e-05}]}
{"index": 268, "beams": [{"question": "Combien de magasins y a-t-il dans chaque emplacement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Location, Count(*) FROM shop GROUP BY shop.Location", "inferred_code_readable": "", "score": -2.8610223452574246e-06}]}
{"index": 269, "beams": [{"question": "Trouvez le nom du responsable et le quartier du magasin dont le nombre de produits est le plus important.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Manager_name, shop.District FROM shop ORDER BY shop.Number_products Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0005946147001623103}]}
{"index": 270, "beams": [{"question": "Quels sont le nom du responsable et le quartier du magasin qui vend le plus grand nombre de produits?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Manager_name, shop.District FROM shop ORDER BY shop.Number_products Desc LIMIT 1", "inferred_code_readable": "", "score": -0.005380605207726319}]}
{"index": 271, "beams": [{"question": "Trouvez le nombre minimum et maximum de produits de tous les magasins.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Min(shop.Number_products), Max(shop.Number_products) FROM shop", "inferred_code_readable": "", "score": -4.494143113475957e-05}]}
{"index": 272, "beams": [{"question": "Quel est le nombre minimum et maximum de produits dans tous les magasins?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Min(shop.Number_products), Max(shop.Number_products) FROM shop", "inferred_code_readable": "", "score": -3.480889664331244e-05}]}
{"index": 273, "beams": [{"question": "Renvoyez le nom, l'emplacement et le quartier de tous les magasins par ordre d\u00e9croissant du nombre de produits.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name, shop.Location, shop.District FROM shop ORDER BY shop.Number_products Desc", "inferred_code_readable": "", "score": -1.5020347703398329e-05}]}
{"index": 274, "beams": [{"question": "Triez tous les magasins par nombre de produits par ordre d\u00e9croissant et renvoyez le nom, l'emplacement et le quartier de chaque magasin.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name, shop.Location, shop.District FROM shop ORDER BY shop.Number_products Desc", "inferred_code_readable": "", "score": -2.706038851130188e-05}]}
{"index": 275, "beams": [{"question": "Trouvez les noms des magasins dont le nombre de produits est sup\u00e9rieur au nombre moyen de produits.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop WHERE shop.Number_products > (SELECT Avg(shop.Number_products) FROM shop)", "inferred_code_readable": "", "score": -7.510179372616221e-06}]}
{"index": 276, "beams": [{"question": "Le nombre de produits de quels magasins est sup\u00e9rieur \u00e0 la moyenne? Donnez-moi les noms des magasins.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop WHERE shop.Number_products > (SELECT Avg(shop.Number_products) FROM shop)", "inferred_code_readable": "", "score": -7.152553287426144e-06}]}
{"index": 277, "beams": [{"question": "Trouver le nom de l'employ\u00e9 qui a \u00e9t\u00e9 r\u00e9compens\u00e9 le plus souvent dans l'\u00e9valuation.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee JOIN evaluation ON employee.Employee_ID = evaluation.Employee_ID GROUP BY evaluation.Employee_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.002621278256903281}]}
{"index": 278, "beams": [{"question": "Quel employ\u00e9 a re\u00e7u le plus de r\u00e9compenses lors des \u00e9valuations? Donnez-moi le nom de l'employ\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee JOIN evaluation ON employee.Employee_ID = evaluation.Employee_ID GROUP BY employee.Name ORDER BY Sum(evaluation.Bonus) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.08784380366353162}]}
{"index": 279, "beams": [{"question": "Trouvez le nom de l'employ\u00e9 qui a obtenu la prime unique la plus \u00e9lev\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee JOIN evaluation ON employee.Employee_ID = evaluation.Employee_ID GROUP BY evaluation.Employee_ID ORDER BY Sum(evaluation.Bonus) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.9922250358455571}]}
{"index": 280, "beams": [{"question": "Quel employ\u00e9 a re\u00e7u le plus gros bonus? Donnez-moi le nom de l'employ\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee JOIN evaluation ON employee.Employee_ID = evaluation.Employee_ID GROUP BY employee.Employee_ID ORDER BY Sum(evaluation.Bonus) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.16139993853168733}]}
{"index": 281, "beams": [{"question": "Trouvez les noms des employ\u00e9s qui n'ont jamais remport\u00e9 de prix dans l'\u00e9valuation.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee WHERE employee.Employee_ID NOT IN (SELECT evaluation.Employee_ID FROM evaluation)", "inferred_code_readable": "", "score": -1.5616396190409887e-05}]}
{"index": 282, "beams": [{"question": "Quels sont les noms des employ\u00e9s qui n'ont jamais re\u00e7u d'\u00e9valuation?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT employee.Name FROM employee WHERE employee.Employee_ID NOT IN (SELECT evaluation.Employee_ID FROM evaluation)", "inferred_code_readable": "", "score": -1.7166110787059097e-05}]}
{"index": 283, "beams": [{"question": "Quel est le nom du magasin qui embauche le plus grand nombre d'employ\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop JOIN hiring ON shop.Shop_ID = hiring.Shop_ID GROUP BY shop.Name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.003305628756287149}]}
{"index": 284, "beams": [{"question": "Quel magasin a le plus d'employ\u00e9s? Donnez-moi le nom du magasin.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop JOIN hiring ON shop.Shop_ID = hiring.Shop_ID GROUP BY shop.Name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0010231833955600678}]}
{"index": 285, "beams": [{"question": "Trouvez le nom des magasins qui n'embauchent aucun employ\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop WHERE shop.Shop_ID NOT IN (SELECT hiring.Shop_ID FROM hiring)", "inferred_code_readable": "", "score": -1.2636177203262378e-05}]}
{"index": 286, "beams": [{"question": "Quels magasins fonctionnent sans employ\u00e9s? Trouvez les noms des magasins.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name FROM shop WHERE shop.Shop_ID NOT IN (SELECT hiring.Shop_ID FROM hiring)", "inferred_code_readable": "", "score": -1.1920920250929612e-05}]}
{"index": 287, "beams": [{"question": "Trouvez le nombre d'employ\u00e9s embauch\u00e9s dans chaque magasin; affichez \u00e9galement le nom du magasin.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name, Count(*) FROM employee JOIN shop JOIN hiring ON employee.Employee_ID = hiring.Employee_ID AND hiring.Shop_ID = shop.Shop_ID GROUP BY shop.Name", "inferred_code_readable": "", "score": -0.38330342132994133}]}
{"index": 288, "beams": [{"question": "Pour chaque magasin, indiquez le nombre d'employ\u00e9s qui y travaillent et le nom du magasin.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.Name, Count(*) FROM employee JOIN shop JOIN hiring ON employee.Employee_ID = hiring.Employee_ID AND hiring.Shop_ID = shop.Shop_ID GROUP BY shop.Name", "inferred_code_readable": "", "score": -0.20874421027190238}]}
{"index": 289, "beams": [{"question": "Quel est le bonus total donn\u00e9 dans toutes les \u00e9valuations?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(evaluation.Bonus) FROM evaluation", "inferred_code_readable": "", "score": -3.588156659617425e-05}]}
{"index": 290, "beams": [{"question": "Trouvez le montant total du bonus donn\u00e9 dans toutes les \u00e9valuations.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(evaluation.Bonus) FROM evaluation", "inferred_code_readable": "", "score": -2.825238869519353e-05}]}
{"index": 291, "beams": [{"question": "Donnez-moi toutes les informations sur l'embauche.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT * FROM hiring", "inferred_code_readable": "", "score": -4.088830124970855e-05}]}
{"index": 292, "beams": [{"question": "Quelles sont toutes les informations sur l'embauche?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT * FROM hiring", "inferred_code_readable": "", "score": -3.683531986098387e-05}]}
{"index": 293, "beams": [{"question": "Quel quartier a \u00e0 la fois des magasins avec moins de 3000 produits et des magasins avec plus de 10000 produits?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.District FROM shop WHERE shop.Number_products < 3000 INTERSECT SELECT shop.District FROM shop WHERE shop.Number_products > 10000", "inferred_code_readable": "", "score": -0.06717282064860086}]}
{"index": 294, "beams": [{"question": "Trouvez les quartiers dans lesquels se trouvent \u00e0 la fois des magasins vendant moins de 3000 produits et des magasins vendant plus de 10000 produits.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT shop.District FROM shop WHERE shop.Number_products < 3000 INTERSECT SELECT shop.District FROM shop WHERE shop.Number_products > 10000", "inferred_code_readable": "", "score": -0.13221952298454198}]}
{"index": 295, "beams": [{"question": "Combien d'emplacements diff\u00e9rents de magasins y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT shop.Location) FROM shop", "inferred_code_readable": "", "score": -7.15255362138123e-06}]}
{"index": 296, "beams": [{"question": "Comptez le nombre d'emplacements de magasin distincts.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT shop.Location) FROM shop", "inferred_code_readable": "", "score": -6.9141358736146685e-06}]}
{"index": 297, "beams": [{"question": "Combien de documents avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Documents", "inferred_code_readable": "", "score": -2.503392991570763e-06}]}
{"index": 298, "beams": [{"question": "Comptez le nombre de documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Documents", "inferred_code_readable": "", "score": -3.0994380750826167e-06}]}
{"index": 299, "beams": [{"question": "Listez les IDs de document, les noms de document et les descriptions de tous les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name, Documents.Document_Description FROM Documents", "inferred_code_readable": "", "score": -7.390967020626249e-06}]}
{"index": 300, "beams": [{"question": "Quels sont les ids, les noms et les descriptions de tous les documents?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name, Documents.Document_Description FROM Documents", "inferred_code_readable": "", "score": -5.9604600082252546e-06}]}
{"index": 301, "beams": [{"question": "Quel est le nom du document et l'id du mod\u00e8le pour le document avec une description contenant la lettre \u00abw\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%a%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_Name, Documents.Template_ID FROM Documents WHERE Documents.Document_Description LIKE \"%a%\"", "inferred_code_readable": "", "score": -0.06335314362571154}]}
{"index": 302, "beams": [{"question": "Renvoyez les noms et les identifiants de mod\u00e8le pour les documents contenant la lettre \u00abw\u00bb dans leur description.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%a%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_Name, Documents.Template_ID FROM Documents WHERE Documents.Document_Description LIKE \"%a%\"", "inferred_code_readable": "", "score": -0.0849772095616288}]}
{"index": 303, "beams": [{"question": "Quel est l'id du document, l'id du mod\u00e8le et la description du document nomm\u00e9 \u00abRobbin CV\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NoinCVCVCV\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Template_ID, Documents.Document_Description FROM Documents WHERE Documents.Document_Name = \"NoinCVCVCV\"", "inferred_code_readable": "", "score": -2.354348724609217}]}
{"index": 304, "beams": [{"question": "Renvoyez l'identifiant du document, l'identifiant du mod\u00e8le et la description du document avec le nom \u00abRobbin CV\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NoberCVCVCV\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Template_ID, Documents.Document_Description FROM Documents WHERE Documents.Document_Name = \"NoberCVCVCV\"", "inferred_code_readable": "", "score": -2.063406860451259}]}
{"index": 305, "beams": [{"question": "Combien de mod\u00e8les diff\u00e9rents sont utilis\u00e9s par tous les documents?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Documents.Template_ID) FROM Documents", "inferred_code_readable": "", "score": -0.00032028284469021173}]}
{"index": 306, "beams": [{"question": "Comptez le nombre de mod\u00e8les diff\u00e9rents utilis\u00e9s pour les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Documents.Template_ID) FROM Documents", "inferred_code_readable": "", "score": -0.00014125741276416193}]}
{"index": 307, "beams": [{"question": "Combien de documents utilisent le mod\u00e8le de type \u00abPPT\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PPT\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Templates.Template_Type_Code = \"PPT\"", "inferred_code_readable": "", "score": -0.058540660887636875}]}
{"index": 308, "beams": [{"question": "Comptez le nombre de documents qui utilisent le mod\u00e8le de type \u00abPPT\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PPT\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Templates.Template_Type_Code = \"PPT\"", "inferred_code_readable": "", "score": -0.00019238579227476293}]}
{"index": 309, "beams": [{"question": "Affichez tous les ids de mod\u00e8le utilis\u00e9s et le nombre de l'utilisation de chaque mod\u00e8le dans les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Template_ID, Count(*) FROM Documents GROUP BY Documents.Template_ID", "inferred_code_readable": "", "score": -6.9141293153052175e-06}]}
{"index": 310, "beams": [{"question": "Quels sont les diff\u00e9rents identifiants de mod\u00e8le utilis\u00e9s pour les documents et combien de fois chacun d'eux a-t-il \u00e9t\u00e9 utilis\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Template_ID, Count(*) FROM Documents GROUP BY Documents.Template_ID", "inferred_code_readable": "", "score": -3.957701024148719e-05}]}
{"index": 311, "beams": [{"question": "Quel est l'id et le code de type du mod\u00e8le le plus fr\u00e9quemment utilis\u00e9 dans les documents?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID, Templates.Template_Type_Code FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID GROUP BY Templates.Template_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.277918698378663}]}
{"index": 312, "beams": [{"question": "Renvoyez l'id et le code de type du mod\u00e8le le plus fr\u00e9quemment utilis\u00e9 dans les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID, Templates.Template_Type_Code FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID GROUP BY Documents.Template_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.7735823609641841}]}
{"index": 313, "beams": [{"question": "Affichez les ids de tous les mod\u00e8les qui ont \u00e9t\u00e9 utilis\u00e9s plus d'une fois dans les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Template_ID FROM Documents GROUP BY Documents.Template_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.00038918694589540337}]}
{"index": 314, "beams": [{"question": "Quels sont les ids des mod\u00e8les utilis\u00e9s dans plus d'un document ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Template_ID FROM Documents GROUP BY Documents.Template_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.0006217859291623995}]}
{"index": 315, "beams": [{"question": "Affichez les ids de tous les mod\u00e8les non utilis\u00e9s par aucun document.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Templates EXCEPT SELECT Documents.Template_ID FROM Documents", "inferred_code_readable": "", "score": -2.6226037519450074e-06}]}
{"index": 316, "beams": [{"question": "Quels sont les ids des mod\u00e8les qui ne sont utilis\u00e9s dans aucun document?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Templates EXCEPT SELECT Documents.Template_ID FROM Documents", "inferred_code_readable": "", "score": -3.0994409740969786e-06}]}
{"index": 317, "beams": [{"question": "Combien de mod\u00e8les avons-nous?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates", "inferred_code_readable": "", "score": -2.384185037840325e-06}]}
{"index": 318, "beams": [{"question": "Comptez le nombre de mod\u00e8les.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates", "inferred_code_readable": "", "score": -2.5033936381646527e-06}]}
{"index": 319, "beams": [{"question": "Affichez les ids de mod\u00e8le, les num\u00e9ros de version et les codes de type de mod\u00e8le de tous les mod\u00e8les.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID, Templates.Version_Number, Templates.Template_Type_Code FROM Templates", "inferred_code_readable": "", "score": -5.602833240914151e-06}]}
{"index": 320, "beams": [{"question": "Quels sont les ids, les num\u00e9ros de version et les codes de type pour chaque mod\u00e8le?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID, Templates.Version_Number, Templates.Template_Type_Code FROM Templates", "inferred_code_readable": "", "score": -6.675715717108233e-06}]}
{"index": 321, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le distincts de tous les mod\u00e8les.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Templates.Template_Type_Code FROM Templates", "inferred_code_readable": "", "score": -3.3139879313637266e-05}]}
{"index": 322, "beams": [{"question": "Quels sont les diff\u00e9rents codes de type de mod\u00e8le?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Templates.Template_Type_Code FROM Ref_Template_Types JOIN Templates ON Ref_Template_Types.Template_Type_Code = Templates.Template_Type_Code", "inferred_code_readable": "", "score": -0.5529858799126046}]}
{"index": 323, "beams": [{"question": "Quels sont les ids des mod\u00e8les avec le code de type de mod\u00e8le \u00abPP\u00bb ou \u00abPPT\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PPT\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Templates WHERE Templates.Template_Type_Code = \"CV\" OR Templates.Template_Type_Code = \"PPT\"", "inferred_code_readable": "", "score": -0.8659970387767615}]}
{"index": 324, "beams": [{"question": "Renvoyez les ids des mod\u00e8les qui ont le code de \u00abPP\u00bb ou \u00abPPT\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Paper\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Templates WHERE Templates.Template_Type_Code = \"CV\" OR Templates.Template_Type_Code = \"Paper\"", "inferred_code_readable": "", "score": -0.9105939414898501}]}
{"index": 325, "beams": [{"question": "Combien de mod\u00e8les ont un code de type de mod\u00e8le \u00abCV\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates WHERE Templates.Template_Type_Code = \"CV\"", "inferred_code_readable": "", "score": -0.0033343643880954232}]}
{"index": 326, "beams": [{"question": "Comptez le nombre de mod\u00e8les de type \u00abCV\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Templates WHERE Templates.Template_Type_Code = \"CV\"", "inferred_code_readable": "", "score": -0.0027307618134315703}]}
{"index": 327, "beams": [{"question": "Quel est le num\u00e9ro de version et le code de type de mod\u00e8le du mod\u00e8le dont le num\u00e9ro de version est sup\u00e9rieur \u00e0 5?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 5))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Version_Number, Templates.Template_Type_Code FROM Templates WHERE Templates.Version_Number > 5", "inferred_code_readable": "", "score": -0.0975336183510791}]}
{"index": 328, "beams": [{"question": "Renvoyez les num\u00e9ros de version et les codes de type de mod\u00e8le des mod\u00e8les avec un num\u00e9ro de version sup\u00e9rieur \u00e0 5.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 5))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Version_Number, Templates.Template_Type_Code FROM Templates WHERE Templates.Version_Number > 5", "inferred_code_readable": "", "score": -0.0705231718653394}]}
{"index": 329, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le et le nombre de mod\u00e8les de chacun.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code, Count(*) FROM Templates GROUP BY Templates.Template_Type_Code", "inferred_code_readable": "", "score": -1.2159313797610594e-05}]}
{"index": 330, "beams": [{"question": "Quels sont les diff\u00e9rents codes de type de mod\u00e8le et combien de mod\u00e8les correspondent \u00e0 chacun?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code, Count(*) FROM Templates GROUP BY Templates.Template_Type_Code", "inferred_code_readable": "", "score": -3.373580094034878e-05}]}
{"index": 331, "beams": [{"question": "Quel code de type de mod\u00e8le a le plus grand nombre de mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -2.9563788842779104e-05}]}
{"index": 332, "beams": [{"question": "Renvoyez le code du type de mod\u00e8le auquel appartiennent la plupart des mod\u00e8les.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -9.500701145981338e-05}]}
{"index": 333, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le avec moins de trois mod\u00e8les.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code HAVING Count(*) < 3", "inferred_code_readable": "", "score": -0.00024590889891129564}]}
{"index": 334, "beams": [{"question": "Quels sont les codes des types de mod\u00e8les qui ont moins de 3 mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code HAVING Count(*) < 3", "inferred_code_readable": "", "score": -0.0003866564127008587}]}
{"index": 335, "beams": [{"question": "Quel est le plus petit num\u00e9ro de version et son code de type de mod\u00e8le?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Version_Number, Templates.Template_Type_Code FROM Templates ORDER BY Templates.Version_Number Asc LIMIT 1", "inferred_code_readable": "", "score": -0.018146034390312593}]}
{"index": 336, "beams": [{"question": "Renvoyez le num\u00e9ro de version le plus bas, ainsi que son code de type de mod\u00e8le correspondant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Version_Number, Templates.Template_Type_Code FROM Templates ORDER BY Templates.Version_Number Asc LIMIT 1", "inferred_code_readable": "", "score": -0.00010954904057314252}]}
{"index": 337, "beams": [{"question": "Quel est le code de type du mod\u00e8le utilis\u00e9 par le document avec le nom de \u00abData base\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Grabase\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Documents.Document_Name = \"Grabase\"", "inferred_code_readable": "", "score": -1.3446134305598036}]}
{"index": 338, "beams": [{"question": "Renvoyez le code de type du mod\u00e8le utilis\u00e9 par un document nomm\u00e9 \u00abData base\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USbase\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Documents.Document_Name = \"USbase\"", "inferred_code_readable": "", "score": -1.1951770717268246}]}
{"index": 339, "beams": [{"question": "Affichez tous les noms de document utilisant les mod\u00e8les avec le code de type de mod\u00e8le \u00abBK\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_Name FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Templates.Template_Type_Code = \"BK\"", "inferred_code_readable": "", "score": -0.006570333614391188}]}
{"index": 340, "beams": [{"question": "Quels sont les noms des documents qui utilisent des mod\u00e8les avec le code ?\u00abBK\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_Name FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID WHERE Templates.Template_Type_Code = \"BK\"", "inferred_code_readable": "", "score": -0.007486576679667678}]}
{"index": 341, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le et le nombre de documents utilisant chaque type.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code, Count(*) FROM Templates JOIN Documents ON Templates.Template_ID = Documents.Template_ID GROUP BY Templates.Template_Type_Code", "inferred_code_readable": "", "score": -0.01263549889087301}]}
{"index": 342, "beams": [{"question": "Quels sont les diff\u00e9rents codes de type de mod\u00e8le et chaque type est utilis\u00e9 par combien de types?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code, Count(*) FROM Templates GROUP BY Templates.Template_Type_Code", "inferred_code_readable": "", "score": -3.159021856191657e-05}]}
{"index": 343, "beams": [{"question": "Quel code de type de mod\u00e8le est utilis\u00e9 par le plus de documents?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.021124111808845214}]}
{"index": 344, "beams": [{"question": "Renvoyez le code du type de mod\u00e8le le plus couramment utilis\u00e9 dans les documents.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_Type_Code FROM Templates GROUP BY Templates.Template_Type_Code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.33760094437558763}]}
{"index": 345, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le qui ne sont utilis\u00e9s par aucun document.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code FROM Ref_Template_Types EXCEPT SELECT Templates.Template_Type_Code FROM Templates", "inferred_code_readable": "", "score": -7.510179159453401e-06}]}
{"index": 346, "beams": [{"question": "Quels sont les codes des types de mod\u00e8les qui ne sont utilis\u00e9s pour aucun document?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code FROM Ref_Template_Types EXCEPT SELECT Templates.Template_Type_Code FROM Templates", "inferred_code_readable": "", "score": -0.0032459924815455565}]}
{"index": 347, "beams": [{"question": "Affichez tous les codes de type de mod\u00e8le et les descriptions.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code, Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types", "inferred_code_readable": "", "score": -1.0728834922701935e-06}]}
{"index": 348, "beams": [{"question": "Quels sont les codes de type et les descriptions de tous les types de mod\u00e8les?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code, Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types", "inferred_code_readable": "", "score": -1.788139051939197e-06}]}
{"index": 349, "beams": [{"question": "Quelles sont les descriptions de type de mod\u00e8le pour le code de type de mod\u00e8le \u00abAD\u00bb", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (String (string-s \"A\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types WHERE Ref_Template_Types.Template_Type_Code = \"A\"", "inferred_code_readable": "", "score": -0.7414698004721387}]}
{"index": 350, "beams": [{"question": "Renvoyez la description du type de mod\u00e8le du type de mod\u00e8le avec le code \u00abAD\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types WHERE Ref_Template_Types.Template_Type_Code = \"BK\"", "inferred_code_readable": "", "score": -0.6840231418608695}]}
{"index": 351, "beams": [{"question": "Quel est le code de type de mod\u00e8le pour la description de type de mod\u00e8le \u00abBook\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Paper\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code FROM Ref_Template_Types WHERE Ref_Template_Types.Template_Type_Description = \"Paper\"", "inferred_code_readable": "", "score": -0.3993232250208578}]}
{"index": 352, "beams": [{"question": "Renvoyez le code de type du type de mod\u00e8le avec la description \u00abBook\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Paper\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Template_Types.Template_Type_Code FROM Ref_Template_Types WHERE Ref_Template_Types.Template_Type_Description = \"Paper\"", "inferred_code_readable": "", "score": -0.7292882204044844}]}
{"index": 353, "beams": [{"question": "Quelles sont les descriptions dinctes de type de mod\u00e8le pour les mod\u00e8les utilis\u00e9s par tous les documents?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types", "inferred_code_readable": "", "score": -0.004950885783593151}]}
{"index": 354, "beams": [{"question": "Renvoyez les diff\u00e9rentes descriptions des mod\u00e8les qui ont \u00e9t\u00e9 utilis\u00e9s dans un document.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Ref_Template_Types.Template_Type_Description FROM Ref_Template_Types JOIN Templates ON Ref_Template_Types.Template_Type_Code = Templates.Template_Type_Code JOIN Documents ON Templates.Template_ID = Documents.Template_ID", "inferred_code_readable": "", "score": -1.1710204664661035}]}
{"index": 355, "beams": [{"question": "Quels sont les ids de mod\u00e8le avec la description de type de mod\u00e8le \u00abPresentation\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Graphition\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Ref_Template_Types JOIN Templates ON Ref_Template_Types.Template_Type_Code = Templates.Template_Type_Code WHERE Ref_Template_Types.Template_Type_Description = \"Graphition\"", "inferred_code_readable": "", "score": -0.35660876566466015}]}
{"index": 356, "beams": [{"question": "Renvoyez les ids correspondant aux mod\u00e8les avec la description \u00abPresentation\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Graphic\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Templates.Template_ID FROM Ref_Template_Types JOIN Templates ON Ref_Template_Types.Template_Type_Code = Templates.Template_Type_Code WHERE Ref_Template_Types.Template_Type_Description = \"Graphic\"", "inferred_code_readable": "", "score": -1.6507756932100932}]}
{"index": 357, "beams": [{"question": "Combien de paragraphes au total y a-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Paragraphs", "inferred_code_readable": "", "score": -1.7881389382523594e-06}]}
{"index": 358, "beams": [{"question": "Comptez le nombre de paragraphes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Paragraphs", "inferred_code_readable": "", "score": -2.0265571762934087e-06}]}
{"index": 359, "beams": [{"question": "Combien de paragraphes de document avec le nom \u00abSummer Show\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NYShowShow\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"NYShowShow\"", "inferred_code_readable": "", "score": -0.48393714418769207}]}
{"index": 360, "beams": [{"question": "Comptez le nombre de paragraphes dans le document intitul\u00e9 \u00abSummer Show\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NYShowShow\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"NYShowShow\"", "inferred_code_readable": "", "score": -0.6698746673199807}]}
{"index": 361, "beams": [{"question": "Affichez les d\u00e9tails du paragraphe avec le texte \u00abKorea\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Goment\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Other_Details FROM Paragraphs WHERE Paragraphs.Paragraph_Text = \"Goment\"", "inferred_code_readable": "", "score": -1.5681283787121458}]}
{"index": 362, "beams": [{"question": "Quels sont les contenus d\u00e9taill\u00e9s du paragraphe qui comprend le mot \u00abKorea\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%Ke%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Other_Details FROM Paragraphs WHERE Paragraphs.Paragraph_Text LIKE \"%Ke%\"", "inferred_code_readable": "", "score": -0.47551295920735015}]}
{"index": 363, "beams": [{"question": "Affichez tous les ids et les textes de paragraphe du document portant le nom \u00abWelcome to New York\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BoetotoYorkYork\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Paragraphs.Paragraph_Text FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"BoetotoYorkYork\"", "inferred_code_readable": "", "score": -1.6878155781161652}]}
{"index": 364, "beams": [{"question": "Quels sont les identifiants et les textes des paragraphes du document intitul\u00e9 \u00abWelcome to New York\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BoetotoYorkYork\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Paragraph_ID, Paragraphs.Paragraph_Text FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"BoetotoYorkYork\"", "inferred_code_readable": "", "score": -1.4217993227836487}]}
{"index": 365, "beams": [{"question": "Affichez tous les textes de paragraphe du document intitul\u00e9 \u00abCustomer reviews\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gonereviewsreviews\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Paragraph_Text FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"Gonereviewsreviews\"", "inferred_code_readable": "", "score": -2.211063861684792}]}
{"index": 366, "beams": [{"question": "Quels sont les textes de paragraphe du document intitul\u00e9 \u00abCustomer reviews\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gonereviewsreviews\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Paragraph_Text FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID WHERE Documents.Document_Name = \"Gonereviewsreviews\"", "inferred_code_readable": "", "score": -1.7018061574562253}]}
{"index": 367, "beams": [{"question": "Affichez tous les ids de document et le nombre de paragraphes dans chaque document. Trier par id de document.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID, Count(*) FROM Paragraphs GROUP BY Paragraphs.Document_ID ORDER BY Count(*) Asc", "inferred_code_readable": "", "score": -7.36702675254719e-05}]}
{"index": 368, "beams": [{"question": "Renvoyez les diff\u00e9rents ids de document ainsi que le nombre de paragraphes correspondant \u00e0 chacun, class\u00e9s par id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID, Count(*) FROM Paragraphs GROUP BY Paragraphs.Document_ID ORDER BY Count(*) Asc", "inferred_code_readable": "", "score": -4.6014545930006534e-05}]}
{"index": 369, "beams": [{"question": "Affichez tous les ids, les noms et le nombre de paragraphes de chaque document.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name, Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Documents.Document_ID", "inferred_code_readable": "", "score": -0.008241289152827846}]}
{"index": 370, "beams": [{"question": "Quels sont les ids et les noms de chaque document, ainsi que le nombre de paragraphes dans chacun?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name, Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Documents.Document_ID", "inferred_code_readable": "", "score": -0.0005060483457057785}]}
{"index": 371, "beams": [{"question": "Listez tous les ids de document avec au moins deux paragraphes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.6927699014956943e-05}]}
{"index": 372, "beams": [{"question": "Quels sont les ids des documents contenant 2 paragraphes ou plus?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.788135575253591e-05}]}
{"index": 373, "beams": [{"question": "Quel est l'id et le nom du document avec le plus grand nombre de paragraphes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Documents.Document_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -6.878323312520251e-05}]}
{"index": 374, "beams": [{"question": "Renvoyez l'id et le nom du document contenant le plus de paragraphes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Documents.Document_ID, Documents.Document_Name FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Documents.Document_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -7.593539245931424e-05}]}
{"index": 375, "beams": [{"question": "Quel est l'id du document avec le moins de paragraphes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -4.0530906865399174e-05}]}
{"index": 376, "beams": [{"question": "Renvoyez l'id du document avec le moins de paragraphes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.00034507016130191914}]}
{"index": 377, "beams": [{"question": "Quel est l'id du document avec 1 \u00e0 2 paragraphes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))) (val-val2 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID HAVING Count(*) BETWEEN 2 AND 2", "inferred_code_readable": "", "score": -0.7776777215262669}]}
{"index": 378, "beams": [{"question": "Donnez les ids des documents qui ont un \u00e0 deux paragraphes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))) (val-val2 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs GROUP BY Paragraphs.Document_ID HAVING Count(*) BETWEEN 2 AND 2", "inferred_code_readable": "", "score": -0.019471111806652175}]}
{"index": 379, "beams": [{"question": "Affichez l'ID du document avec le texte de paragraphe \u00abBrazil\u00bb et \u00abIreland\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs WHERE Paragraphs.Paragraph_Text = \"UK\" INTERSECT SELECT Paragraphs.Document_ID FROM Paragraphs WHERE Paragraphs.Paragraph_Text = \"english\"", "inferred_code_readable": "", "score": -1.782562046515359}]}
{"index": 380, "beams": [{"question": "Quels sont les ids des documents contenant le texte des paragraphes \u00abBrazil\u00bb et \u00abIreland\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID FROM Paragraphs WHERE Paragraphs.Paragraph_Text = \"UK\" INTERSECT SELECT Paragraphs.Document_ID FROM Paragraphs WHERE Paragraphs.Paragraph_Text = \"english\"", "inferred_code_readable": "", "score": -2.716124345448385}]}
{"index": 381, "beams": [{"question": "Combien d'enseignants y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM teacher", "inferred_code_readable": "", "score": -1.0728834780593388e-06}]}
{"index": 382, "beams": [{"question": "Quel est le nombre total d'enseignants?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM teacher", "inferred_code_readable": "", "score": -1.4305112046031354e-06}]}
{"index": 383, "beams": [{"question": "\u00c9num\u00e9rez les noms des enseignants par ordre croissant d'\u00e2ge.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher ORDER BY teacher.Age Asc", "inferred_code_readable": "", "score": -3.6954864555127642e-06}]}
{"index": 384, "beams": [{"question": "Quels sont les noms des enseignants class\u00e9s par ordre croissant d'\u00e2ge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher ORDER BY teacher.Age Asc", "inferred_code_readable": "", "score": -3.8146953471596134e-06}]}
{"index": 385, "beams": [{"question": "Quels sont les \u00e2ges et les villes d'origine des enseignants?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Age, teacher.Hometown FROM teacher", "inferred_code_readable": "", "score": -1.788139009306633e-06}]}
{"index": 386, "beams": [{"question": "Quel est l'\u00e2ge et la ville d'origine de chaque enseignant?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Age, teacher.Hometown FROM teacher", "inferred_code_readable": "", "score": -2.503394298969397e-06}]}
{"index": 387, "beams": [{"question": "Indiquez le nom des enseignants dont la ville natale n'est pas \u00abLittle Lever Urban District\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ComputerLeverUrbanUrbanDistrict\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Hometown != \"ComputerLeverUrbanUrbanDistrict\"", "inferred_code_readable": "", "score": -2.0949181523020215}]}
{"index": 388, "beams": [{"question": "Quels sont les noms des enseignants dont la ville natale n'est pas \u00abLittle Lever Urban District\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TokyoLeverUrbanUrbanDistrict\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Hometown != \"TokyoLeverUrbanUrbanDistrict\"", "inferred_code_readable": "", "score": -1.802327701988368}]}
{"index": 389, "beams": [{"question": "Affichez le nom des enseignants \u00e2g\u00e9s de 32 ou 33 ans.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 32))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 32))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Age = 32 OR teacher.Age = 32", "inferred_code_readable": "", "score": -1.4223097860503202}]}
{"index": 390, "beams": [{"question": "Quels sont les noms des enseignants \u00e2g\u00e9s de 32 ou 33 ans?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 32))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 32))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Age = 32 OR teacher.Age = 32", "inferred_code_readable": "", "score": -1.4531961008585412}]}
{"index": 391, "beams": [{"question": "Quelle est la ville natale du plus jeune enseignant?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher ORDER BY teacher.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -5.722042047295872e-06}]}
{"index": 392, "beams": [{"question": "D'o\u00f9 vient le plus jeune enseignant?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher ORDER BY teacher.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -1.0490395105478001e-05}]}
{"index": 393, "beams": [{"question": "Affichez les diff\u00e9rentes villes d'origine des enseignants et le nombre d'enseignants de chaque ville d'origine.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown, Count(*) FROM teacher GROUP BY teacher.Hometown", "inferred_code_readable": "", "score": -2.741812295425916e-06}]}
{"index": 394, "beams": [{"question": "Pour chaque ville natale, combien d'enseignants y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown, Count(*) FROM teacher GROUP BY teacher.Hometown", "inferred_code_readable": "", "score": -2.980230526361538e-06}]}
{"index": 395, "beams": [{"question": "Listez la ville natale la plus commune des enseignants.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher GROUP BY teacher.Hometown ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00011693813721791457}]}
{"index": 396, "beams": [{"question": "Quelles sont les villes natales les plus communes pour les enseignants?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher GROUP BY teacher.Hometown ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.529873019976094e-05}]}
{"index": 397, "beams": [{"question": "Montrez les villes d'origine partag\u00e9es par au moins deux enseignants.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher GROUP BY teacher.Hometown HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.5854811884707942e-05}]}
{"index": 398, "beams": [{"question": "Quelles sont les villes d'o\u00f9 viennent au moins deux enseignants?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Hometown FROM teacher GROUP BY teacher.Hometown HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -5.7457733142030065e-05}]}
{"index": 399, "beams": [{"question": "Affichez les noms des enseignants et les cours qu'ils sont cens\u00e9s dispenser.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, course.Course FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID", "inferred_code_readable": "", "score": -4.076940724218048e-05}]}
{"index": 400, "beams": [{"question": "Quel est le nom de chaque enseignant et quel cours ils enseignent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, course.Course FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID", "inferred_code_readable": "", "score": -0.0031489477902653107}]}
{"index": 401, "beams": [{"question": "Affichez les noms des enseignants et les cours pour lesquels ils sont organis\u00e9s par ordre alphab\u00e9tique croissant du nom de l'enseignant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, course.Course FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID ORDER BY teacher.Name Asc", "inferred_code_readable": "", "score": -8.833303932931358e-05}]}
{"index": 402, "beams": [{"question": "Quels sont les noms des enseignants et les cours qu'ils enseignent, par ordre alphab\u00e9tique croissant du nom de l'enseignant?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, course.Course FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID ORDER BY teacher.Name Asc", "inferred_code_readable": "", "score": -0.00012779048681466065}]}
{"index": 403, "beams": [{"question": "Montrez le nom de l'enseignant du cours de math\u00e9matiques.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Computer\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID WHERE course.Course = \"Computer\"", "inferred_code_readable": "", "score": -0.8326410599503404}]}
{"index": 404, "beams": [{"question": "Quels sont les noms des personnes qui enseignent les cours de math\u00e9matiques?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Computer\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM course JOIN teacher JOIN course_arrange ON course.Course_ID = course_arrange.Course_ID AND course_arrange.Teacher_ID = teacher.Teacher_ID WHERE course.Course = \"Computer\"", "inferred_code_readable": "", "score": -0.6973974101204163}]}
{"index": 405, "beams": [{"question": "Affichez les noms des enseignants et le nombre de cours qu'ils enseignent.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, Count(*) FROM teacher JOIN course_arrange ON teacher.Teacher_ID = course_arrange.Teacher_ID GROUP BY teacher.Name", "inferred_code_readable": "", "score": -0.18725842232398549}]}
{"index": 406, "beams": [{"question": "Quels sont les noms des enseignants et combien de cours dispensent-ils?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name, Count(*) FROM teacher JOIN course_arrange ON teacher.Teacher_ID = course_arrange.Teacher_ID GROUP BY teacher.Teacher_ID", "inferred_code_readable": "", "score": -1.0652432513514967}]}
{"index": 407, "beams": [{"question": "Affichez les noms des enseignants qui enseignent au moins deux cours.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher JOIN course_arrange ON teacher.Teacher_ID = course_arrange.Teacher_ID GROUP BY course_arrange.Teacher_ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.00020633266967706732}]}
{"index": 408, "beams": [{"question": "Quels sont les noms des enseignants qui enseignent au moins deux cours?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher JOIN course_arrange ON teacher.Teacher_ID = course_arrange.Teacher_ID GROUP BY course_arrange.Teacher_ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.0020493024030230345}]}
{"index": 409, "beams": [{"question": "Listez des noms des enseignants qui n'ont pas \u00e9t\u00e9 organis\u00e9s pour donner des cours.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Teacher_ID NOT IN (SELECT course_arrange.Teacher_ID FROM course_arrange)", "inferred_code_readable": "", "score": -1.347063815870797e-05}]}
{"index": 410, "beams": [{"question": "Quels sont les noms des enseignants dont les cours n'ont pas \u00e9t\u00e9 organis\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT teacher.Name FROM teacher WHERE teacher.Teacher_ID NOT IN (SELECT course_arrange.Teacher_ID FROM course_arrange)", "inferred_code_readable": "", "score": -1.2278548453537041e-05}]}
{"index": 411, "beams": [{"question": "Combien de visiteurs de moins de 30 ans y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM visitor WHERE visitor.Age < 30", "inferred_code_readable": "", "score": -1.1563289852745129e-05}]}
{"index": 412, "beams": [{"question": "Trouvez les noms des visiteurs dont le niveau d'adh\u00e9sion est sup\u00e9rieur \u00e0 4 et classez les r\u00e9sultats par niveau de haut en bas.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.Name FROM visitor WHERE visitor.Level_of_membership > 4 ORDER BY visitor.Name Asc", "inferred_code_readable": "", "score": -0.0027297485907666896}]}
{"index": 413, "beams": [{"question": "Quel est l'\u00e2ge moyen des visiteurs dont le niveau d'adh\u00e9sion n'est pas sup\u00e9rieur \u00e0 4?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(visitor.Age) FROM visitor WHERE visitor.Level_of_membership != 4", "inferred_code_readable": "", "score": -0.10570347299192662}]}
{"index": 414, "beams": [{"question": "Trouvez le nom et le niveau d'adh\u00e9sion des visiteurs dont le niveau d'adh\u00e9sion est sup\u00e9rieur \u00e0 4, et triez par \u00e2ge de vieux \u00e0 jeune.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.Name, visitor.Level_of_membership FROM visitor WHERE visitor.Level_of_membership > 4 ORDER BY visitor.Age Asc", "inferred_code_readable": "", "score": -0.8187187806765195}]}
{"index": 415, "beams": [{"question": "Trouver l'id et le nom du mus\u00e9e qui compte le plus de membres du personnel.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT museum.Museum_ID, museum.Name FROM museum ORDER BY museum.Num_of_Staff Desc LIMIT 1", "inferred_code_readable": "", "score": -1.251696139803471e-05}]}
{"index": 416, "beams": [{"question": "Trouvez le nombre moyen d'employ\u00e9s travaillant pour les mus\u00e9es ouverts avant 2009.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2009))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(museum.Num_of_Staff) FROM museum WHERE museum.Open_Year < 2009", "inferred_code_readable": "", "score": -0.0007707988049858727}]}
{"index": 417, "beams": [{"question": "Quelle est l'ann\u00e9e d'ouverture et le nombre d'employ\u00e9s du mus\u00e9e nomm\u00e9 \u00abPlaza Museum\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Mo\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT museum.Open_Year, museum.Num_of_Staff FROM museum WHERE museum.Name = \"Mo\"", "inferred_code_readable": "", "score": -2.7596820592872007}]}
{"index": 418, "beams": [{"question": "Trouver les noms des mus\u00e9es qui ont plus de personnel que l'effectif minimum de tous les mus\u00e9es ouverts apr\u00e8s 2010.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2010))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT museum.Name FROM museum WHERE museum.Num_of_Staff > (SELECT Max(museum.Num_of_Staff) FROM museum WHERE museum.Open_Year = 2010)", "inferred_code_readable": "", "score": -0.0282019811293992}]}
{"index": 419, "beams": [{"question": "Trouvez l'id, le nom et l'\u00e2ge des visiteurs qui ont visit\u00e9 certains mus\u00e9es plus d'une fois.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.ID, visitor.Name, visitor.Age FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID GROUP BY visitor.ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.00037631158847517554}]}
{"index": 420, "beams": [{"question": "Quels sont l'id, le nom et le niveau d'adh\u00e9sion des visiteurs qui ont d\u00e9pens\u00e9 le plus d'argent au total pour tous les billets de mus\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 12) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.ID, visitor.Name, visitor.Level_of_membership FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID GROUP BY visitor.ID ORDER BY Sum(visit.Total_spent) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0013052243333930846}]}
{"index": 421, "beams": [{"question": "Quels sont l'id et le nom du mus\u00e9e visit\u00e9 le plus souvent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visit.Museum_ID, museum.Name FROM museum JOIN visit ON museum.Museum_ID = visit.Museum_ID GROUP BY visit.Museum_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.01060499602097309}]}
{"index": 422, "beams": [{"question": "Quel est le nom du mus\u00e9e qui n'avait pas encore de visiteur?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT museum.Name FROM museum WHERE museum.Museum_ID NOT IN (SELECT visit.Museum_ID FROM visit)", "inferred_code_readable": "", "score": -1.3709058983124578e-05}]}
{"index": 423, "beams": [{"question": "Trouvez le nom et l'\u00e2ge du visiteur qui a achet\u00e9 le plus de billets \u00e0 la fois.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 11) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.Name, visitor.Age FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID GROUP BY visitor.ID ORDER BY Sum(visit.Num_of_Ticket) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0021862001046599744}]}
{"index": 424, "beams": [{"question": "Quel est le nombre moyen et maximum de billets achet\u00e9s pour toutes les visites?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(visit.Num_of_Ticket), Max(visit.Num_of_Ticket) FROM visit", "inferred_code_readable": "", "score": -1.0371194193226074e-05}]}
{"index": 425, "beams": [{"question": "Quel est le co\u00fbt total des billets des visiteurs dont le niveau d'adh\u00e9sion est \u00ab1\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(visit.Total_spent) FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID WHERE visitor.Level_of_membership = 1", "inferred_code_readable": "", "score": -0.0019837938189937177}]}
{"index": 426, "beams": [{"question": "Quel est le nom du visiteur qui a visit\u00e9 \u00e0 la fois un mus\u00e9e ouvert avant 2009 et un mus\u00e9e ouvert apr\u00e8s 2011?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2009))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2011))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT visitor.Name FROM museum JOIN visitor JOIN visit ON museum.Museum_ID = visit.Museum_ID AND visit.visitor_ID = visitor.ID WHERE museum.Open_Year < 2009 INTERSECT SELECT visitor.Name FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID JOIN museum ON visit.Museum_ID = museum.Museum_ID WHERE museum.Open_Year > 2011", "inferred_code_readable": "", "score": -0.5339914004517325}]}
{"index": 427, "beams": [{"question": "Trouvez le nombre de visiteurs qui n'ont visit\u00e9 aucun mus\u00e9e ouvert apr\u00e8s 2010.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2010))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM visitor JOIN visit ON visitor.ID = visit.visitor_ID WHERE visit.Museum_ID NOT IN (SELECT museum.Museum_ID FROM museum WHERE museum.Open_Year > 2010)", "inferred_code_readable": "", "score": -1.552523234890991}]}
{"index": 428, "beams": [{"question": "Combien de mus\u00e9es ont \u00e9t\u00e9 ouverts apr\u00e8s 2013 ou avant 2008?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Or (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (cond-right (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2008))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM museum WHERE museum.Open_Year > 300 OR museum.Open_Year < 2008", "inferred_code_readable": "", "score": -0.2654190881336973}]}
{"index": 429, "beams": [{"question": "Trouvez le nombre total de joueurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM players", "inferred_code_readable": "", "score": -4.410739556703902e-06}]}
{"index": 430, "beams": [{"question": "Combien de joueurs y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM players", "inferred_code_readable": "", "score": -4.1723221286815715e-06}]}
{"index": 431, "beams": [{"question": "Trouvez le nombre total de matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(matches.match_num) FROM matches", "inferred_code_readable": "", "score": -0.01547182800549507}]}
{"index": 432, "beams": [{"question": "Comptez le nombre de matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM matches", "inferred_code_readable": "", "score": -0.00031407181203491064}]}
{"index": 433, "beams": [{"question": "Indiquez le pr\u00e9nom et la date de naissance de tous les joueurs du pays avec le code \u00abUSA\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.birth_date FROM players WHERE players.country_code = \"United\"", "inferred_code_readable": "", "score": -0.007914711132983143}]}
{"index": 434, "beams": [{"question": "Quels sont les pr\u00e9noms et les dates de naissance des joueurs des \u00abUSA\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.birth_date FROM players WHERE players.country_code = \"United\"", "inferred_code_readable": "", "score": -0.009698921803853011}]}
{"index": 435, "beams": [{"question": "Trouvez l'\u00e2ge moyen des perdants et des gagnants de tous les matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(matches.loser_age), Avg(matches.winner_age) FROM matches", "inferred_code_readable": "", "score": -0.06355378723387872}]}
{"index": 436, "beams": [{"question": "Quel est l'\u00e2ge moyen des perdants et des gagnants d'un match \u00e0 l'autre?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(matches.loser_age), matches.winner_age FROM matches GROUP BY matches.winner_id", "inferred_code_readable": "", "score": -0.3895379617800856}]}
{"index": 437, "beams": [{"question": "Trouvez le classement moyen des gagnants dans tous les matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(matches.winner_rank_points) FROM matches", "inferred_code_readable": "", "score": -0.0020383847330620597}]}
{"index": 438, "beams": [{"question": "Quel est le classement moyen des gagnants dans tous les matchs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(matches.winner_rank_points) FROM matches", "inferred_code_readable": "", "score": -0.000248417342753271}]}
{"index": 439, "beams": [{"question": "Trouvez le plus haut classement de perdants dans tous les matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(matches.loser_rank_points) FROM matches", "inferred_code_readable": "", "score": -0.13538416966832756}]}
{"index": 440, "beams": [{"question": "Quel est le meilleur classement des perdants sur tous les matches?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_rank_points FROM matches ORDER BY matches.best_of Desc LIMIT 1", "inferred_code_readable": "", "score": -0.9784042534546984}]}
{"index": 441, "beams": [{"question": "Trouver le nombre de codes de pays distincts de tous les joueurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT players.country_code) FROM players", "inferred_code_readable": "", "score": -1.096723733695626e-05}]}
{"index": 442, "beams": [{"question": "De combien de pays distincts les joueurs proviennent-ils?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT players.country_code) FROM players", "inferred_code_readable": "", "score": -0.1658258586127701}]}
{"index": 443, "beams": [{"question": "Trouvez le nombre de noms distincts de perdants.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT matches.loser_name) FROM matches", "inferred_code_readable": "", "score": -1.0251992783594233e-05}]}
{"index": 444, "beams": [{"question": "Combien de noms de perdants diff\u00e9rents y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT matches.loser_name) FROM matches", "inferred_code_readable": "", "score": -8.821483305609945e-06}]}
{"index": 445, "beams": [{"question": "Trouvez le nom du tournoi qui a plus de 10 matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.tourney_name FROM matches GROUP BY matches.tourney_name HAVING Count(matches.match_num) > 10", "inferred_code_readable": "", "score": -0.0316397805357127}]}
{"index": 446, "beams": [{"question": "Quels sont les noms des tournois qui comptent plus de 10 matchs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.tourney_name FROM matches GROUP BY matches.tourney_name HAVING Count(matches.match_num) > 10", "inferred_code_readable": "", "score": -0.07093894302588666}]}
{"index": 447, "beams": [{"question": "Listez des noms de tous les gagnants qui ont jou\u00e9 en 2013 et 2016.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2016))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT players.last_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.year = 3 INTERSECT SELECT players.last_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.year = 2016", "inferred_code_readable": "", "score": -1.1983376366805985}]}
{"index": 448, "beams": [{"question": "Quels sont les noms des joueurs qui ont gagn\u00e9 en 2013 et 2016?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2016))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.last_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.year = 3 INTERSECT SELECT players.last_name FROM players JOIN matches ON players.player_id = matches.winner_id WHERE matches.year = 2016", "inferred_code_readable": "", "score": -1.0229605687159662}]}
{"index": 449, "beams": [{"question": "Indiquez le nombre de tous les matchs disput\u00e9s au cours des ann\u00e9es 2013 ou 2016.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2016))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.match_num FROM matches WHERE matches.year = 3 OR matches.year = 2016", "inferred_code_readable": "", "score": -0.12658986120222693}]}
{"index": 450, "beams": [{"question": "Combien de matchs ont \u00e9t\u00e9 jou\u00e9s en 2013 ou 2016?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2016))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM matches WHERE matches.year = 3 OR matches.year = 2016", "inferred_code_readable": "", "score": -0.6666067994465976}]}
{"index": 451, "beams": [{"question": "Quels sont le code de pays et le pr\u00e9nom des joueurs qui ont remport\u00e9 \u00e0 la fois le \u00abWTA Championships \u00bb et le \u00abAustralian Open\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NewTAChampionship\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AccoOpenOpenOpen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code, players.first_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.tourney_name = \"NewTAChampionship\" INTERSECT SELECT players.country_code, players.first_name FROM players JOIN matches ON players.player_id = matches.winner_id WHERE matches.tourney_name = \"AccoOpenOpenOpen\"", "inferred_code_readable": "", "score": -2.438788997063398}]}
{"index": 452, "beams": [{"question": "Quels sont les pr\u00e9noms et les codes de pays des joueurs qui ont remport\u00e9 \u00e0 la fois le \u00abWTA Championships \u00bb et le \u00abAustralian Open\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NewTAChampionship\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AccoOpenOpenOpen\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.tourney_name = \"NewTAChampionship\" INTERSECT SELECT players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.winner_id WHERE matches.tourney_name = \"AccoOpenOpenOpen\"", "inferred_code_readable": "", "score": -2.0468670465346577}]}
{"index": 453, "beams": [{"question": "Trouvez le pr\u00e9nom et le code du pays du joueur le plus \u00e2g\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.loser_id ORDER BY matches.loser_age Desc LIMIT 1", "inferred_code_readable": "", "score": -1.0392038482578698}]}
{"index": 454, "beams": [{"question": "Quel est le pr\u00e9nom et le code du pays du joueur le plus \u00e2g\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.loser_id ORDER BY matches.loser_age Desc LIMIT 1", "inferred_code_readable": "", "score": -1.6062639552198164}]}
{"index": 455, "beams": [{"question": "Listez le pr\u00e9nom et le nom de tous les joueurs par ordre de leur date de naissance.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name FROM players ORDER BY players.birth_date Asc", "inferred_code_readable": "", "score": -3.933904928032916e-06}]}
{"index": 456, "beams": [{"question": "Quels sont les noms complets de tous les joueurs, tri\u00e9s par date de naissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name FROM players ORDER BY players.birth_date Asc", "inferred_code_readable": "", "score": -5.722040540945272e-06}]}
{"index": 457, "beams": [{"question": "Indiquez le pr\u00e9nom et le nom de famille de tous les joueurs qui sont gauchers \u00abL\u00bb dans l'ordre de leur date de naissance.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Def\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name FROM players WHERE players.hand = \"Def\" ORDER BY players.birth_date Asc", "inferred_code_readable": "", "score": -0.4046981781202561}]}
{"index": 458, "beams": [{"question": "Quels sont les noms complets de tous les joueurs gauchers \u00abL\u00bb , par ordre de date de naissance?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BAL\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name FROM players WHERE players.hand = \"BAL\" ORDER BY players.birth_date Asc", "inferred_code_readable": "", "score": -0.7104765772009571}]}
{"index": 459, "beams": [{"question": "Trouvez le pr\u00e9nom et le code du pays du joueur qui a effectu\u00e9 le plus de tourn\u00e9es.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.loser_id JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.3443459584997157}]}
{"index": 460, "beams": [{"question": "Quel est le pr\u00e9nom et le code du pays du joueur avec le plus de tourn\u00e9es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0012249517732101367}]}
{"index": 461, "beams": [{"question": "Trouvez l'ann\u00e9e qui compte le plus de matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.year FROM matches GROUP BY matches.year ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00010358827451995012}]}
{"index": 462, "beams": [{"question": "Quelle ann\u00e9e a eu le plus de matchs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.year FROM matches GROUP BY matches.year ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -2.5868312221177803e-05}]}
{"index": 463, "beams": [{"question": "Trouvez le nom et les points de classement du gagnant qui a gagn\u00e9 le plus de fois.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_name, matches.loser_rank_points FROM matches GROUP BY matches.winner_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.3612751277847721}]}
{"index": 464, "beams": [{"question": "Quel est le nom du gagnant qui a remport\u00e9 le plus de matchs et combien de points de classement ce joueur poss\u00e8de-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.winner_name, matches.loser_rank_points FROM players JOIN matches ON players.player_id = matches.loser_id GROUP BY matches.winner_name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.4160220774451133}]}
{"index": 465, "beams": [{"question": "Trouvez le nom du gagnant qui a le plus de points et qui a particip\u00e9 au tournoi \u00abAustralian Open\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AustralianOpen\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.winner_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.tourney_name = \"AustralianOpen\" ORDER BY matches.winner_rank_points Desc LIMIT 1", "inferred_code_readable": "", "score": -1.2931120626328862}]}
{"index": 466, "beams": [{"question": "Quel est le nom du gagnant avec le plus de points de classement qui a particip\u00e9 au tournoi \u00abAustralian Open\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"AustralianOpen\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedAmericanOpen\"))))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.winner_name FROM matches WHERE matches.tourney_name = \"AustralianOpen\" AND matches.winner_rank_points = \"UnitedAmericanOpen\" ORDER BY matches.winner_rank_points Desc LIMIT 1", "inferred_code_readable": "", "score": -4.3295213554539345}]}
{"index": 467, "beams": [{"question": "Trouver les noms du perdant et du gagnant qui ont jou\u00e9 dans le match avec le plus grand nombre de minutes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_name, matches.winner_name FROM matches ORDER BY matches.minutes Desc LIMIT 1", "inferred_code_readable": "", "score": -2.6106715708351658e-05}]}
{"index": 468, "beams": [{"question": "Trouvez les noms du perdant et du gagnant du jeu le plus long.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_name, matches.winner_name FROM matches ORDER BY matches.match_num Desc LIMIT 1", "inferred_code_readable": "", "score": -0.002464514998045786}]}
{"index": 469, "beams": [{"question": "Trouvez le classement moyen de chaque joueur et son pr\u00e9nom.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, Avg(players.last_name) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY players.first_name", "inferred_code_readable": "", "score": -0.9718693340645572}]}
{"index": 470, "beams": [{"question": "Quels sont les pr\u00e9noms de tous les joueurs et leur classement moyen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, Avg(rankings.ranking_points) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id", "inferred_code_readable": "", "score": -0.0001236189326405679}]}
{"index": 471, "beams": [{"question": "Trouvez le total des points de classement pour chaque joueur et son pr\u00e9nom.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, Sum(rankings.ranking_points) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY players.first_name", "inferred_code_readable": "", "score": -0.02757114969993779}]}
{"index": 472, "beams": [{"question": "Quels sont les pr\u00e9noms de tous les joueurs et leurs points de classement totaux?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, Sum(rankings.ranking_points) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id", "inferred_code_readable": "", "score": -0.02543237278533894}]}
{"index": 473, "beams": [{"question": "Trouver le nombre de joueurs de chaque pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code, Count(*) FROM players GROUP BY players.country_code", "inferred_code_readable": "", "score": -0.0770885783242008}]}
{"index": 474, "beams": [{"question": "Combien de joueurs sont de chaque pays?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code, Count(*) FROM players GROUP BY players.country_code", "inferred_code_readable": "", "score": -0.2536767695663471}]}
{"index": 475, "beams": [{"question": "Trouvez le code du pays o\u00f9 il y a le plus grand nombre de joueurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code FROM players GROUP BY players.country_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.4107419512329216e-06}]}
{"index": 476, "beams": [{"question": "Quel est le code du pays avec le plus de joueurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code FROM players GROUP BY players.country_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -5.841250327875969e-06}]}
{"index": 477, "beams": [{"question": "Trouvez les codes des pays qui comptent plus de 50 joueurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 50))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code FROM players GROUP BY players.country_code HAVING Count(*) > 50", "inferred_code_readable": "", "score": -0.0005821251067033018}]}
{"index": 478, "beams": [{"question": "Quels sont les codes des pays avec plus de 50 joueurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 50))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.country_code FROM players GROUP BY players.country_code HAVING Count(*) > 50", "inferred_code_readable": "", "score": -0.0012821794330335479}]}
{"index": 479, "beams": [{"question": "Trouvez le nombre total de visites pour chaque date de classement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 39) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 39) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT rankings.ranking_date, Sum(rankings.ranking) FROM rankings GROUP BY rankings.ranking_date", "inferred_code_readable": "", "score": -0.02305184768349733}]}
{"index": 480, "beams": [{"question": "Combien de tourn\u00e9es au total y avait-il pour chaque date de classement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 39) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 39) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT rankings.ranking_date, Count(*) FROM rankings GROUP BY rankings.ranking_date", "inferred_code_readable": "", "score": -0.34630849946390896}]}
{"index": 481, "beams": [{"question": "Trouvez le nombre de matchs qui se sont produits chaque ann\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), matches.year FROM matches GROUP BY matches.year", "inferred_code_readable": "", "score": -0.030841211782664857}]}
{"index": 482, "beams": [{"question": "Combien de matchs ont \u00e9t\u00e9 jou\u00e9s chaque ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), matches.year FROM matches GROUP BY matches.year", "inferred_code_readable": "", "score": -0.17716011960931155}]}
{"index": 483, "beams": [{"question": "Trouvez le nom et le classement des 3 plus jeunes gagnants de tous les matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_name, matches.winner_rank_points FROM matches ORDER BY matches.winner_age Asc LIMIT 3", "inferred_code_readable": "", "score": -0.32014451596283067}]}
{"index": 484, "beams": [{"question": "Quels sont les noms et les classements des trois plus jeunes gagnants de tous les matches?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.winner_name, matches.winner_rank_points FROM matches ORDER BY matches.winner_age Asc LIMIT 3", "inferred_code_readable": "", "score": -0.8042346049496487}]}
{"index": 485, "beams": [{"question": "Combien de gagnants diff\u00e9rents ont particip\u00e9 aux \u00abWTA Championships\u00bb et \u00e9taient gauchers?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MTAChampionships\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Defender\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM matches WHERE matches.tourney_name = \"MTAChampionships\" AND matches.winner_hand = \"Defender\"", "inferred_code_readable": "", "score": -2.371694661551224}]}
{"index": 486, "beams": [{"question": "Trouvez le nombre de gagnants diff\u00e9rents ont particip\u00e9 aux \u00abWTA Championships\u00bb et \u00e9taient gauchers.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 27) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MTAChampionships\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False))))) (val-val1 (String (string-s \"n\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.tourney_name = \"MTAChampionships\" AND matches.winner_hand = \"n\"", "inferred_code_readable": "", "score": -3.3952956608458464}]}
{"index": 487, "beams": [{"question": "Trouvez le pr\u00e9nom, le code du pays et la date de naissance du gagnant qui a le plus de points de classement dans tous les matchs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name, players.birth_date FROM players JOIN matches ON players.player_id = matches.loser_id GROUP BY matches.winner_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.7686548898918204}]}
{"index": 488, "beams": [{"question": "Quels sont le pr\u00e9nom, le code du pays et la date de naissance du joueur avec le plus de points de classement dans tous les matchs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.last_name, players.birth_date FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.05941186704126977}]}
{"index": 489, "beams": [{"question": "Trouvez le nombre de joueurs de chaque type de main dominante.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.hand, Count(*) FROM players GROUP BY players.hand", "inferred_code_readable": "", "score": -3.1113396921966796e-05}]}
{"index": 490, "beams": [{"question": "Combien de joueurs y a-t-il pour chaque type de main dominant ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.hand, Count(*) FROM players GROUP BY players.hand", "inferred_code_readable": "", "score": -0.00011038326465495629}]}
{"index": 491, "beams": [{"question": "Combien de navires ont fini par \u00eatre \u00abCaptured\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Artured\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM ship WHERE ship.ship_type = \"Artured\"", "inferred_code_readable": "", "score": -1.8072327724572617}]}
{"index": 492, "beams": [{"question": "Listez le nom et le tonnage class\u00e9s par ordre alphab\u00e9tique d\u00e9croissant des noms.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT ship.name, ship.tonnage FROM ship ORDER BY ship.name Desc", "inferred_code_readable": "", "score": -4.672933854266148e-05}]}
{"index": 493, "beams": [{"question": "Listez le nom, la date et le r\u00e9sultat de chaque bataille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.name, battle.date, battle.result FROM battle", "inferred_code_readable": "", "score": -1.5854766026279776e-05}]}
{"index": 494, "beams": [{"question": "Quel est le nombre de morts maximum et minimum caus\u00e9 \u00e0 chaque fois?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(death.killed), Min(death.killed), death.killed FROM death", "inferred_code_readable": "", "score": -0.3987781852446304}]}
{"index": 495, "beams": [{"question": "Quel est le nombre moyen de blessures caus\u00e9es \u00e0 chaque fois?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT death.injured, Avg(death.injured) FROM death GROUP BY death.injured", "inferred_code_readable": "", "score": -0.9615412879292649}]}
{"index": 496, "beams": [{"question": "Quelles sont les situations de morts et de blessures caus\u00e9es par le navire de tonnage \u00abT\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"T\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT death.killed, death.injured FROM ship JOIN death ON ship.id = death.caused_by_ship_id WHERE ship.tonnage = \"T\"", "inferred_code_readable": "", "score": -0.8932854270501309}]}
{"index": 497, "beams": [{"question": "Quels sont les noms et les r\u00e9sultats des batailles lorsque le commandant bulgare n'est pas \u00abBoril\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gron\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.name, battle.result FROM battle WHERE battle.bulgarian_commander != \"Gron\"", "inferred_code_readable": "", "score": -1.5951935090067764}]}
{"index": 498, "beams": [{"question": "Quels sont les diff\u00e9rents ids et les noms des batailles qui ont perdu des navires de type \u00abBrig\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ps\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT battle.id, battle.name FROM battle JOIN ship ON battle.id = ship.lost_in_battle WHERE ship.ship_type = \"Ps\"", "inferred_code_readable": "", "score": -0.5552559090566831}]}
{"index": 499, "beams": [{"question": "Quels sont les ids et les noms des batailles qui ont fait plus de 10 morts au total.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.id, battle.name FROM battle JOIN ship ON battle.id = ship.lost_in_battle JOIN death ON ship.id = death.caused_by_ship_id GROUP BY battle.id HAVING Sum(death.killed) > 10", "inferred_code_readable": "", "score": -0.17321894563644236}]}
{"index": 500, "beams": [{"question": "Quels sont l'id et le nom du navire qui ont caus\u00e9 au total le plus de victimes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT ship.id, ship.name FROM ship JOIN death ON ship.id = death.caused_by_ship_id GROUP BY ship.id ORDER BY Sum(death.killed) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00048549144518261755}]}
{"index": 501, "beams": [{"question": "Quelle est la diff\u00e9rence entre les noms de bataille du commandant bulgare \u00abKaloyan\u00bb et du commandant latin \u00abBaldwin I\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Midn\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Bos\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ke\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.latin_commander FROM battle WHERE battle.bulgarian_commander = \"Midn\" AND battle.latin_commander = \"Bos\" INTERSECT SELECT battle.latin_commander FROM battle WHERE battle.latin_commander = \"Ke\"", "inferred_code_readable": "", "score": -4.995043458597145}]}
{"index": 502, "beams": [{"question": "Combien de r\u00e9sultats diff\u00e9rents y a-t-il pour les batailles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT battle.result) FROM battle", "inferred_code_readable": "", "score": -7.271761766958207e-06}]}
{"index": 503, "beams": [{"question": "Dans combien de batailles ont \u00e9t\u00e9 perdus des navires de tonnage \u00ab225\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM ship WHERE ship.tonnage = 200", "inferred_code_readable": "", "score": -0.1788733840143948}]}
{"index": 504, "beams": [{"question": "Indiquez le nom et la date de la bataille qui a perdu le navire nomm\u00e9 \u00abLettice\u00bb et le navire nomm\u00e9 \u00abHMS Atalanta\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gtice\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalMSAta\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.name, battle.date FROM battle JOIN ship ON battle.id = ship.lost_in_battle WHERE ship.name = \"Gtice\" INTERSECT SELECT battle.name, battle.date FROM battle JOIN ship ON battle.id = ship.lost_in_battle WHERE ship.name = \"WalMSAta\"", "inferred_code_readable": "", "score": -2.396767697540426}]}
{"index": 505, "beams": [{"question": "Affichez les noms, les r\u00e9sultats et les commandants bulgares des batailles sans navire perdu dans la \u00abEnglish Channel\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedChannel\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.name, battle.result, battle.bulgarian_commander FROM battle WHERE battle.id NOT IN (SELECT ship.lost_in_battle FROM ship WHERE ship.location = \"UnitedChannel\")", "inferred_code_readable": "", "score": -0.5418581380484966}]}
{"index": 506, "beams": [{"question": "Quelles sont les notes des \u00e9v\u00e9nements qui comprennet le texte de \u00abEast\u00bb", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%i%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT battle.result FROM battle WHERE battle.latin_commander LIKE \"%i%\"", "inferred_code_readable": "", "score": -0.8706752417257846}]}
{"index": 507, "beams": [{"question": "Quelles sont toutes les adresses comprenant la ligne 1 et la ligne 2 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Addresses.line_1 FROM Addresses WHERE Addresses.line_1 LIKE \"%%\"", "inferred_code_readable": "", "score": -1.0348977229826488}]}
{"index": 508, "beams": [{"question": "Quelles sont la premi\u00e8re et la deuxi\u00e8me ligne de tous les adresses ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Addresses.line_1, Addresses.line_2 FROM Addresses", "inferred_code_readable": "", "score": -1.5497201673042582e-06}]}
{"index": 509, "beams": [{"question": "Combien de cours au total sont r\u00e9pertori\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Courses", "inferred_code_readable": "", "score": -2.9802307537352135e-06}]}
{"index": 510, "beams": [{"question": "Y a-t-il combien de cours ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Courses", "inferred_code_readable": "", "score": -2.6226034961496225e-06}]}
{"index": 511, "beams": [{"question": "Comment le cours de \u00abmath\u00bb est-il d\u00e9crit ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_description FROM Courses WHERE Courses.course_name = \"\"", "inferred_code_readable": "", "score": -0.5696007609330849}]}
{"index": 512, "beams": [{"question": "Quelles sont les descriptions de tous les cours de \u00abmath\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_description FROM Courses WHERE Courses.course_name = \"\"", "inferred_code_readable": "", "score": -0.38649645447623726}]}
{"index": 513, "beams": [{"question": "Quel est le code postal de l'adresse de la ville \u00abPort Chelsea\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PenChelseaChelsea\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Addresses.zip_postcode FROM Addresses WHERE Addresses.city = \"PenChelseaChelsea\"", "inferred_code_readable": "", "score": -1.6393361978732415}]}
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{"index": 515, "beams": [{"question": "Quel d\u00e9partement offre le plus de dipl\u00f4mes ? R\u00e9pertoriez son nom et son id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Departments.department_name, Degree_Programs.department_id FROM Departments JOIN Degree_Programs ON Departments.department_id = Degree_Programs.department_id GROUP BY Degree_Programs.department_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.018635276412261703}]}
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{"index": 518, "beams": [{"question": "Combien de d\u00e9partements diff\u00e9rents proposent des dipl\u00f4mes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Degree_Programs.department_id) FROM Degree_Programs", "inferred_code_readable": "", "score": -2.038470258014513e-05}]}
{"index": 519, "beams": [{"question": "Combien de noms de dipl\u00f4mes diff\u00e9rents sont propos\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Courses.course_name) FROM Courses", "inferred_code_readable": "", "score": -7.200121795136738e-05}]}
{"index": 520, "beams": [{"question": "Combien de dipl\u00f4mes diff\u00e9rents sont propos\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Degree_Programs.degree_program_id) FROM Degree_Programs", "inferred_code_readable": "", "score": -0.002659666428577623}]}
{"index": 521, "beams": [{"question": "Combien de dipl\u00f4mes le d\u00e9partement de \u00abengineer\u00bb propose-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Computer\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Departments JOIN Degree_Programs ON Departments.department_id = Degree_Programs.department_id WHERE Departments.department_name = \"Computer\"", "inferred_code_readable": "", "score": -0.6970629689753096}]}
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{"index": 523, "beams": [{"question": "Quels sont les noms et descriptions de toutes les sections ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sections.section_name, Sections.section_description FROM Sections", "inferred_code_readable": "", "score": -7.152556804612686e-07}]}
{"index": 524, "beams": [{"question": "Quels sont les noms et descriptions pour toutes les sections ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sections.section_name, Sections.section_description FROM Sections", "inferred_code_readable": "", "score": -9.536742311411217e-07}]}
{"index": 525, "beams": [{"question": "Quels sont les noms et ids des cours comportant au plus 2 sections ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Le (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_name, Sections.course_id FROM Courses JOIN Sections ON Courses.course_id = Sections.course_id GROUP BY Sections.course_id HAVING Count(*) <= 2", "inferred_code_readable": "", "score": -0.060248096300952625}]}
{"index": 526, "beams": [{"question": "Quels sont les noms et les ids de chaque cours avec moins de 2 sections ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_name, Sections.course_id FROM Courses JOIN Sections ON Courses.course_id = Sections.course_id GROUP BY Sections.course_id HAVING Count(*) < 2", "inferred_code_readable": "", "score": -0.0019189555873637687}]}
{"index": 527, "beams": [{"question": "Listez le nom de la section dans l'ordre lexicographique inverse.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sections.section_name FROM Sections ORDER BY Sections.section_name Desc", "inferred_code_readable": "", "score": -0.0010309884087575938}]}
{"index": 528, "beams": [{"question": "Quels sont les noms des sections dans l'ordre alphab\u00e9tique inverse ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Sections.section_name FROM Sections ORDER BY Sections.section_name Desc", "inferred_code_readable": "", "score": -0.5025868415828256}]}
{"index": 529, "beams": [{"question": "Quel est le semestre auquel le plus grand nombre des \u00e9tudiants se sont inscrits? Affichez \u00e0 la fois le nom et l'id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Semesters.semester_name, Semesters.semester_id FROM Semesters JOIN Student_Enrolment ON Semesters.semester_id = Student_Enrolment.semester_id GROUP BY Semesters.semester_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.02132120376021618}]}
{"index": 530, "beams": [{"question": "Pour chaque semestre, quel est le nom et l'id de celui avec le plus d'\u00e9tudiants inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Semesters.semester_name, Student_Enrolment.semester_id FROM Semesters JOIN Student_Enrolment ON Semesters.semester_id = Student_Enrolment.semester_id GROUP BY Student_Enrolment.semester_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.5070360671953082}]}
{"index": 531, "beams": [{"question": "Quelle est la description du d\u00e9partement dont le nom a la sous-cha\u00eene \u00abcomputer\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%Ke%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Departments.department_description FROM Departments WHERE Departments.department_name LIKE \"%Ke%\"", "inferred_code_readable": "", "score": -2.5805830798004052}]}
{"index": 532, "beams": [{"question": "Quelle est la description de d\u00e9partement dont le nom a le mot \u00abcomputer\u00bb  ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%Ke%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Departments.department_description FROM Departments WHERE Departments.department_name LIKE \"%Ke%\"", "inferred_code_readable": "", "score": -1.9440064548365257}]}
{"index": 533, "beams": [{"question": "Qui s'est inscrit \u00e0 deux programmes d'\u00e9tude en un semestre ? Listez le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille et l'id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.student_id FROM Students JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id GROUP BY Students.student_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.6399410991125407}]}
{"index": 534, "beams": [{"question": "Quels sont le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille, ainsi que les ids, de tous les \u00e9tudiants qui se sont inscrits \u00e0 deux programmes d'\u00e9tude en un semestre ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id GROUP BY Students.student_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.2946146828203169}]}
{"index": 535, "beams": [{"question": "Qui s'est inscrit \u00e0 un programme d'\u00e9tude de \u00abBachelor\u00bb? Listez le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom, le nom de famille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ph\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Degree_Programs JOIN Students JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id AND Student_Enrolment.student_id = Students.student_id WHERE Degree_Programs.degree_summary_name = \"Ph\"", "inferred_code_readable": "", "score": -1.8405303716013037}]}
{"index": 536, "beams": [{"question": "Quels sont les pr\u00e9nom, deuxi\u00e8me pr\u00e9nom et nom de famille de toutes les personnes inscrites \u00e0 un programme d'\u00e9tude de \u00abBachelor\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ph\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id WHERE Student_Enrolment.degree_program_id = \"Ph\"", "inferred_code_readable": "", "score": -2.037306328962046}]}
{"index": 537, "beams": [{"question": "Trouvez le type de programme auquel le plus grand nombre d'\u00e9tudiants se sont inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_name FROM Courses JOIN Student_Enrolment JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id AND Student_Enrolment_Courses.student_enrolment_id = Student_Enrolment.student_enrolment_id GROUP BY Student_Enrolment.degree_program_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.6390017731600537}]}
{"index": 538, "beams": [{"question": "Quel est le nom bref de dipl\u00f4me qui compte le plus grand nombre d'\u00e9tudiants inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Degree_Programs.degree_summary_name FROM Degree_Programs JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id GROUP BY Student_Enrolment.degree_program_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.10532110786449778}]}
{"index": 539, "beams": [{"question": "Trouvez le programme de dipl\u00f4me auquel le plus grand nombre d'\u00e9tudiants se sont inscrits. Indiquez \u00e0 la fois l'ID et le titre du dipl\u00f4me.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_id, Courses.course_name FROM Courses JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id GROUP BY Courses.course_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.2135810199466448}]}
{"index": 540, "beams": [{"question": "Quels sont l'id du programme et le nom bref du dipl\u00f4me qui a le plus d'\u00e9tudiants inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.degree_program_id, Degree_Programs.degree_summary_name FROM Degree_Programs JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id GROUP BY Student_Enrolment.degree_program_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.006649112979239646}]}
{"index": 541, "beams": [{"question": "Quels \u00e9tudiants se sont inscrits  dans le plus de dipl\u00f4mes ? Listez l'id, le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom, le nom de famille, le nombre d'inscriptions et l'identifiant \u00e9tudiant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.student_id, Students.first_name, Count(*) FROM Students JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id GROUP BY Students.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.48679267634753387}]}
{"index": 542, "beams": [{"question": "Quels sont le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille, ainsi que l'identifiant et le nombre d'inscriptions, de l'\u00e9tudiant qui s'est inscrit dans le plus de cours ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Count(*) FROM Students JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id GROUP BY Students.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.014438916976537541}]}
{"index": 543, "beams": [{"question": "\u00c0 quels semestres aucun \u00e9tudiant ne s'est inscrit ? Listez le nom du semestre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Semesters.semester_name FROM Semesters WHERE Semesters.semester_id NOT IN (SELECT Student_Enrolment.semester_id FROM Student_Enrolment)", "inferred_code_readable": "", "score": -2.2530509745877225e-05}]}
{"index": 544, "beams": [{"question": "Quel est le nom du semestre sans \u00e9tudiant inscrit ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 28) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Semesters.semester_name FROM Semesters WHERE Semesters.semester_id NOT IN (SELECT Student_Enrolment.semester_id FROM Student_Enrolment)", "inferred_code_readable": "", "score": -1.943108737378907e-05}]}
{"index": 545, "beams": [{"question": "Quels sont les noms de tous les cours auxquels des \u00e9tudiants se sont d\u00e9j\u00e0 inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Courses.course_name FROM Courses JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id", "inferred_code_readable": "", "score": -0.024887328799778174}]}
{"index": 546, "beams": [{"question": "Quels sont les noms de tous les cours auxquels certains \u00e9tudiants se sont inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Courses.course_name FROM Courses JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id", "inferred_code_readable": "", "score": -0.000660459865862606}]}
{"index": 547, "beams": [{"question": "Quel est le nom du cours avec le plus grand nombre d'inscriptions ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_name FROM Courses JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id GROUP BY Student_Enrolment_Courses.course_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -6.484915924431789e-05}]}
{"index": 548, "beams": [{"question": "Quel est le nom du cours avec le plus d'\u00e9tudiants inscrits ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 8))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 50) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Courses.course_name FROM Courses JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_id GROUP BY Student_Enrolment_Courses.course_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.07666803893505403}]}
{"index": 549, "beams": [{"question": "Trouvez le nom de famille des \u00e9tudiants qui vivent actuellement dans \u00abNorth Carolina\u00bb mais qui ne se sont inscrits \u00e0 aucun programme d'\u00e9tudes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CCarolinaCarolina\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Students.last_name FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id JOIN Student_Enrolment ON Students.student_id = Student_Enrolment.student_id WHERE Addresses.state_province_county = \"CCarolinaCarolina\" EXCEPT SELECT Students.last_name FROM Addresses", "inferred_code_readable": "", "score": -1.8095363828237012}]}
{"index": 550, "beams": [{"question": "Quel est le nom de famille des \u00e9tudiants qui vivent du \u00abNorth Carolina\u00bb mais qui ne se sont inscrits \u00e0 aucun programme d'\u00e9tudes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 8))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CaliCarolina\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Students.last_name FROM Students WHERE Students.student_id NOT IN (SELECT Student_Enrolment.student_id FROM Student_Enrolment_Courses WHERE Addresses.state_province_county = \"CaliCarolina\") EXCEPT SELECT Student_Enrolment.student_id FROM Addresses", "inferred_code_readable": "", "score": -3.1573129732179055}]}
{"index": 551, "beams": [{"question": "Montrez la date et l'id du bulletin avec au moins 2 r\u00e9sultats de cours.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Student_Enrolment.degree_program_id FROM Student_Enrolment JOIN Student_Enrolment_Courses ON Student_Enrolment.student_enrolment_id = Student_Enrolment_Courses.student_enrolment_id JOIN Transcripts JOIN Transcript_Contents ON Student_Enrolment_Courses.student_course_id = Transcript_Contents.student_course_id AND Transcript_Contents.transcript_id = Transcripts.transcript_id GROUP BY Transcripts.transcript_date HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.9183009632220305}]}
{"index": 552, "beams": [{"question": "Quel est la date et l'id du bulletin avec au moins 2 r\u00e9sultats de cours.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Transcripts.transcript_date FROM Transcripts GROUP BY Transcripts.transcript_date HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.7550698700802769}]}
{"index": 553, "beams": [{"question": "Quel est le num\u00e9ro de t\u00e9l\u00e9phone de la personne avec le pr\u00e9nom \u00abTimmothy\u00bb et le nom de famille \u00abWard\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Mmothy\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Td\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.cell_mobile_number FROM Students WHERE Students.first_name = \"Mmothy\" AND Students.last_name = \"Td\"", "inferred_code_readable": "", "score": -0.4314130567861483}]}
{"index": 554, "beams": [{"question": "Quel est le num\u00e9ro de t\u00e9l\u00e9phone portable de l'\u00e9tudiant nomm\u00e9 \u00abTimmothy Ward\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Mmothy\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Td\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.cell_mobile_number FROM Students WHERE Students.first_name = \"Mmothy\" AND Students.last_name = \"Td\"", "inferred_code_readable": "", "score": -0.032108719283328924}]}
{"index": 555, "beams": [{"question": "Qui est le premier \u00e9tudiant \u00e0 s'inscrire ? Indiquez le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students ORDER BY Students.date_first_registered Asc LIMIT 1", "inferred_code_readable": "", "score": -6.520624675232511e-05}]}
{"index": 556, "beams": [{"question": "Quels sont le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille du premier \u00e9tudiant inscrit ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students ORDER BY Students.date_first_registered Asc LIMIT 1", "inferred_code_readable": "", "score": -1.9550293067993607e-05}]}
{"index": 557, "beams": [{"question": "Qui est le premier dipl\u00f4m\u00e9 de l'\u00e9cole ? Indiquez le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students ORDER BY Students.date_left Asc LIMIT 1", "inferred_code_readable": "", "score": -1.7642949018181753e-05}]}
{"index": 558, "beams": [{"question": "Quel est le pr\u00e9nom, le deuxi\u00e8me pr\u00e9nom et le nom de famille du premier dipl\u00f4m\u00e9 de l'\u00e9cole ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name, Students.middle_name, Students.last_name FROM Students ORDER BY Students.date_left Asc LIMIT 1", "inferred_code_readable": "", "score": -1.5735608343447893e-05}]}
{"index": 559, "beams": [{"question": "L'adresse permanente de quel \u00e9tudiant est diff\u00e9rente de son adresse actuelle ? Listez son pr\u00e9nom.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Students.first_name FROM Students", "inferred_code_readable": "", "score": -0.038991985596474876}]}
{"index": 560, "beams": [{"question": "Quel est le pr\u00e9nom de l'\u00e9tudiant dont l'adresse permanente est diff\u00e9rente de la sienne actuelle ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Students.first_name FROM Students", "inferred_code_readable": "", "score": -0.11354121803656625}]}
{"index": 561, "beams": [{"question": "Quelle adresse d\u00e9tient actuellement le plus grand nombre d'\u00e9tudiants? Listez l'ID et la premi\u00e8re et la deuxi\u00e8me ligne de l'adresse.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.current_address_id, Addresses.line_1, Addresses.line_2 FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id GROUP BY Students.current_address_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.026407252036527495}]}
{"index": 562, "beams": [{"question": "Quels sont l'id, la premi\u00e8re ligne et la deuxi\u00e8me ligne de l'adresse  avec le plus d'\u00e9tudiants ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.permanent_address_id, Addresses.line_1, Addresses.line_2 FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id GROUP BY Students.current_address_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.8729927602191196}]}
{"index": 563, "beams": [{"question": "En moyenne, quand les bulletins ont-ils \u00e9t\u00e9 imprim\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Transcripts.transcript_date) FROM Transcripts", "inferred_code_readable": "", "score": -0.10030490757041122}]}
{"index": 564, "beams": [{"question": "Quelle est la date moyenne de publication des bulletins de notes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Transcripts.transcript_date) FROM Transcripts", "inferred_code_readable": "", "score": -7.987009297494296e-06}]}
{"index": 565, "beams": [{"question": "Quand le premier bulletin est-il publi\u00e9? Indiquez la date et les d\u00e9tails.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 54) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Transcripts.other_details FROM Transcripts ORDER BY Transcripts.transcript_date Asc LIMIT 1", "inferred_code_readable": "", "score": -0.002480177122102134}]}
{"index": 566, "beams": [{"question": "Quelle est la date de publication du bulletin publi\u00e9 le plus t\u00f4t,et quels d\u00e9tails pouvez-vous me donner ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 54) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Transcripts.other_details FROM Transcripts ORDER BY Transcripts.transcript_date Asc LIMIT 1", "inferred_code_readable": "", "score": -0.05676740859426843}]}
{"index": 567, "beams": [{"question": "Combien de bulletins ont \u00e9t\u00e9 publi\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Transcripts", "inferred_code_readable": "", "score": -1.0490391062489834e-05}]}
{"index": 568, "beams": [{"question": "Combien de bulletins ont \u00e9t\u00e9 list\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Transcripts", "inferred_code_readable": "", "score": -6.437292498162606e-06}]}
{"index": 569, "beams": [{"question": "Quelle est la date de publication du dernier bulletin ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date FROM Transcripts ORDER BY Transcripts.transcript_date Desc LIMIT 1", "inferred_code_readable": "", "score": -3.838517849175105e-05}]}
{"index": 570, "beams": [{"question": "Quand le dernier bulletin a \u00e9t\u00e9 publi\u00e9 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(Transcripts.transcript_date) FROM Transcripts", "inferred_code_readable": "", "score": -0.11678720186139202}]}
{"index": 571, "beams": [{"question": "Combien de fois au maximum un r\u00e9sultat d'inscription \u00e0 un cours peut-il appara\u00eetre dans diff\u00e9rents relev\u00e9s de notes ? Affichez \u00e9galement l'id d'inscription au cours.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.student_id, Count(*) FROM Student_Enrolment GROUP BY Student_Enrolment.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.27029913780592096}]}
{"index": 572, "beams": [{"question": "Quel est le maximum de fois qu'un cours appara\u00eet dans diff\u00e9rents relev\u00e9s de notes et quel est l'identifiant d'inscription \u00e0 ce cours?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 51) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 8))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 51) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), Student_Enrolment_Courses.student_enrolment_id FROM Student_Enrolment_Courses GROUP BY Student_Enrolment_Courses.student_enrolment_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0048977644518970465}]}
{"index": 573, "beams": [{"question": "Affichez la date du bulletin qui montre le moins de r\u00e9sultats, listez \u00e9galement l'id.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 54) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Transcripts.other_details FROM Transcripts GROUP BY Transcripts.transcript_date ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.9397315303150648}]}
{"index": 574, "beams": [{"question": "Quels sont la date et l'id du bulletin avec le moins de r\u00e9sultats ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 53) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 54) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 9)) (Table (table-table_id 9))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 52) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 56) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 52) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date, Transcripts.other_details FROM Transcripts GROUP BY Transcripts.transcript_id ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -2.2925864725434124}]}
{"index": 575, "beams": [{"question": "Trouvez le semestre auquel les \u00e9tudiants en \u00abMaster\u00bb et en \u00abBachelor\u00bb se sont inscrits.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Comp\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (String (string-s \"P\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Student_Enrolment.degree_program_id = \"Comp\" INTERSECT SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Student_Enrolment.degree_program_id = \"P\"", "inferred_code_readable": "", "score": -1.7794544460496198}]}
{"index": 576, "beams": [{"question": "Quel est l'id du semestre o\u00f9 \u00e9taient inscrits \u00e0 la fois des \u00e9tudiants en \u00abMaster\u00bb  et des \u00e9tudiants en \u00abBachelor\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Comp\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Comp\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Student_Enrolment.degree_program_id = \"Comp\" INTERSECT SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Student_Enrolment.degree_program_id = \"Comp\"", "inferred_code_readable": "", "score": -0.9286881570115781}]}
{"index": 577, "beams": [{"question": "Combien d'adresses diff\u00e9rentes les \u00e9tudiants vivent-ils actuellement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Students.current_address_id) FROM Students", "inferred_code_readable": "", "score": -5.686154307937841e-05}]}
{"index": 578, "beams": [{"question": "Quelles sont les diff\u00e9rentes adresses o\u00f9 les \u00e9tudiants vivent ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Addresses.other_address_details FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id", "inferred_code_readable": "", "score": -0.17723884322067818}]}
{"index": 579, "beams": [{"question": "Listez les d\u00e9tails de tous les \u00e9tudiants dans l'ordre alphab\u00e9tique inverse.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT * FROM Students ORDER BY Students.other_student_details Desc", "inferred_code_readable": "", "score": -0.01676003252529057}]}
{"index": 580, "beams": [{"question": "Pouvez-vous me donner d'autres d\u00e9tails sur les \u00e9tudiants, dans l'ordre alphab\u00e9tique inverse, ", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.other_student_details FROM Students ORDER BY Students.other_student_details Desc", "inferred_code_readable": "", "score": -0.6887825480092999}]}
{"index": 581, "beams": [{"question": "D\u00e9crivez la section \u00abh\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (String (string-s \"x\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sections.section_description FROM Sections WHERE Sections.section_name = \"x\"", "inferred_code_readable": "", "score": -0.2798206210132932}]}
{"index": 582, "beams": [{"question": "Quelle est la description de la section nomm\u00e9e \u00abh\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (String (string-s \"x\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sections.section_description FROM Sections WHERE Sections.section_name = \"x\"", "inferred_code_readable": "", "score": -0.1449645161623394}]}
{"index": 583, "beams": [{"question": "Trouvez le pr\u00e9nom des \u00e9tudiants qui r\u00e9sident en permanence dans le pays \u00abHa\u00efti\u00bb ou ont le num\u00e9ro de t\u00e9l\u00e9phone portable \u00ab09700166582\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Close\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Man700166582\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id WHERE Addresses.country = \"Close\" OR Students.cell_mobile_number = \"Man700166582\"", "inferred_code_readable": "", "score": -1.7527406097679759}]}
{"index": 584, "beams": [{"question": "Quels sont les pr\u00e9noms des \u00e9tudiants qui vivent en \u00abHa\u00efti\u00bb en permanence ou qui ont le num\u00e9ro de t\u00e9l\u00e9phone portable \u00ab09700166582\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Close\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NE700166582\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Students.first_name FROM Students WHERE Students.cell_mobile_number = \"Close\" OR Students.cell_mobile_number = \"NE700166582\"", "inferred_code_readable": "", "score": -2.6950258704525467}]}
{"index": 585, "beams": [{"question": "\u00c9num\u00e9rez le titre de tous les dessins anim\u00e9s par ordre alphab\u00e9tique.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon ORDER BY Cartoon.Title Asc", "inferred_code_readable": "", "score": -5.364413951269853e-06}]}
{"index": 586, "beams": [{"question": "Quels sont les titres des dessins anim\u00e9s class\u00e9s par ordre alphab\u00e9tique ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon ORDER BY Cartoon.Title Asc", "inferred_code_readable": "", "score": -4.053113670465791e-06}]}
{"index": 587, "beams": [{"question": "Liste tous les dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MarkJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon WHERE Cartoon.Directed_by = \"MarkJones\"", "inferred_code_readable": "", "score": -1.214745041985907}]}
{"index": 588, "beams": [{"question": "Quels sont les noms de tous les dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MarkJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon WHERE Cartoon.Directed_by = \"MarkJones\"", "inferred_code_readable": "", "score": -1.155146569936484}]}
{"index": 589, "beams": [{"question": "Combien de dessins anim\u00e9s ont \u00e9t\u00e9 \u00e9crits par \u00abJoseph Kuhr\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"StevenKuKuhr\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Cartoon WHERE Cartoon.Written_by = \"StevenKuKuhr\"", "inferred_code_readable": "", "score": -0.1321988832540697}]}
{"index": 590, "beams": [{"question": "Quel est le nombre de dessins anim\u00e9s \u00e9crits par \u00abJoseph Kuhr\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"StevenKuKuhr\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Cartoon WHERE Cartoon.Written_by = \"StevenKuKuhr\"", "inferred_code_readable": "", "score": -0.11508178057407292}]}
{"index": 591, "beams": [{"question": "Listez tous les titres de dessins anim\u00e9s et leurs r\u00e9alisateurs class\u00e9s par date de diffusion", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title, Cartoon.Directed_by FROM Cartoon ORDER BY Cartoon.Original_air_date Asc", "inferred_code_readable": "", "score": -0.00010120522004086752}]}
{"index": 592, "beams": [{"question": "Quels sont le nom et les r\u00e9alisateurs de tous les dessins anim\u00e9s class\u00e9s par date de diffusion?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title, Cartoon.Directed_by FROM Cartoon ORDER BY Cartoon.Original_air_date Asc", "inferred_code_readable": "", "score": -0.00034422923727106536}]}
{"index": 593, "beams": [{"question": "Listez les titres de tous les dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb ou \u00abBrandon Vietti\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PeterJonesJones\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BlanViet\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon WHERE Cartoon.Directed_by = \"PeterJonesJones\" OR Cartoon.Written_by = \"BlanViet\"", "inferred_code_readable": "", "score": -1.794960579506558}]}
{"index": 594, "beams": [{"question": "Quels sont les titres de tous les dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb ou \u00abBrandon Vietti\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"PeterJonesJones\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BlanViet\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM Cartoon WHERE Cartoon.Directed_by = \"PeterJonesJones\" OR Cartoon.Written_by = \"BlanViet\"", "inferred_code_readable": "", "score": -1.7351957530878295}]}
{"index": 595, "beams": [{"question": "Quel pays a le plus de cha\u00eenes de t\u00e9l\u00e9vision ? Indiquez le pays et le nombre de cha\u00eenes de t\u00e9l\u00e9vision dont il dispose.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country, Count(*) FROM TV_Channel GROUP BY TV_Channel.Country ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.4662726066205778e-05}]}
{"index": 596, "beams": [{"question": "Quel est le pays avec le plus grand nombre de cha\u00eenes de t\u00e9l\u00e9vision et combien en poss\u00e8de-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country, Count(*) FROM TV_Channel GROUP BY TV_Channel.Country ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0008820294116986815}]}
{"index": 597, "beams": [{"question": "Indiquez le nombre de noms de s\u00e9ries et de contenus diff\u00e9rents dans le tableau des cha\u00eenes de t\u00e9l\u00e9vision.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct True)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT TV_Channel.series_name), Count(DISTINCT TV_Channel.Content) FROM TV_Channel", "inferred_code_readable": "", "score": -0.0004174076120548875}]}
{"index": 598, "beams": [{"question": "Combien de s\u00e9ries et de contenus diff\u00e9rents sont r\u00e9pertori\u00e9s dans le tableau des cha\u00eenes de t\u00e9l\u00e9vision ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct True)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT TV_Channel.Content), Count(DISTINCT TV_Channel.Content) FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel", "inferred_code_readable": "", "score": -0.4151919772915562}]}
{"index": 599, "beams": [{"question": "Quel est le contenu de la cha\u00eene de t\u00e9l\u00e9vision avec le nom de s\u00e9ries \u00abSky Radio\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NRadioRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Content FROM TV_Channel WHERE TV_Channel.series_name = \"NRadioRadio\"", "inferred_code_readable": "", "score": -2.0636739186213404}]}
{"index": 600, "beams": [{"question": "Quel est le contenu de la s\u00e9rie Sky Radio?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TVRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Content FROM TV_Channel WHERE TV_Channel.series_name = \"TVRadio\"", "inferred_code_readable": "", "score": -0.5315836085210037}]}
{"index": 601, "beams": [{"question": "Quelle est l'option de forfait de la cha\u00eene de t\u00e9l\u00e9vision avec le nom de s\u00e9rie \u00abSky Radio\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TVRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option FROM TV_Channel WHERE TV_Channel.series_name = \"TVRadio\"", "inferred_code_readable": "", "score": -1.5445459968711575}]}
{"index": 602, "beams": [{"question": "Quelles sont les options de forfait des cha\u00eenes de t\u00e9l\u00e9vision dont le nom de s\u00e9rie sont \u00abSky Radio\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TVRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option FROM TV_Channel WHERE TV_Channel.series_name = \"TVRadio\"", "inferred_code_readable": "", "score": -1.495526994576565}]}
{"index": 603, "beams": [{"question": "Combien de cha\u00eenes de t\u00e9l\u00e9vision utilisant la langue \u00abEnglish\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM TV_Channel WHERE TV_Channel.Language = \"english\"", "inferred_code_readable": "", "score": -0.011281644226869503}]}
{"index": 604, "beams": [{"question": "Combien de cha\u00eenes de t\u00e9l\u00e9vision utilisent la langue \u00abEnglish\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM TV_Channel WHERE TV_Channel.Language = \"english\"", "inferred_code_readable": "", "score": -0.009832567302353823}]}
{"index": 605, "beams": [{"question": "Listez la langue utilis\u00e9e la moins fr\u00e9quente de cha\u00eenes de t\u00e9l\u00e9vision et le num\u00e9ro de cette cha\u00eene de t\u00e9l\u00e9vision.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Language, Count(*) FROM TV_Channel GROUP BY TV_Channel.Language ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.00045389477763535524}]}
{"index": 606, "beams": [{"question": "Quelles sont les langues utilis\u00e9es par le moins de cha\u00eenes de t\u00e9l\u00e9vision et combien de cha\u00eenes l'utilisent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Language, Count(*) FROM TV_Channel GROUP BY TV_Channel.Language ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.0030994792284317896}]}
{"index": 607, "beams": [{"question": "\u00c9num\u00e9rez chaque langue et le nombre de cha\u00eenes de t\u00e9l\u00e9vision qui l'utilisent.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Language, Count(*) FROM TV_Channel GROUP BY TV_Channel.Language", "inferred_code_readable": "", "score": -2.861022316835715e-06}]}
{"index": 608, "beams": [{"question": "Pour chaque langue, indiquez le nombre de cha\u00eenes TV qui l'utilisent.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Language, Count(*) FROM TV_Channel GROUP BY TV_Channel.Language", "inferred_code_readable": "", "score": -2.503394540553927e-06}]}
{"index": 609, "beams": [{"question": "Quelle est la cha\u00eene de t\u00e9l\u00e9vision qui diffuse le dessin anim\u00e9 \u00abThe Rise of the Blue Beetle!\u00bb ? Listez le nom de la s\u00e9rie de la cha\u00eene de t\u00e9l\u00e9vision.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TheRisofofBlueBeetle\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Title = \"TheRisofofBlueBeetle\"", "inferred_code_readable": "", "score": -1.0307840232845464}]}
{"index": 610, "beams": [{"question": "Quel est le nom de la s\u00e9rie de la cha\u00eene de t\u00e9l\u00e9vision diffusant le dessin anim\u00e9 \u00abThe Rise of the Blue Beetle\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TheRisRisofBeBeetle\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Title = \"TheRisRisofBeBeetle\"", "inferred_code_readable": "", "score": -1.5697327051164933}]}
{"index": 611, "beams": [{"question": "Listez le titre de tous les dessins anim\u00e9s diffus\u00e9s sur la cha\u00eene de t\u00e9l\u00e9vision avec le nom de la s\u00e9rie \u00abSky Radio\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"sRadioRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE TV_Channel.series_name = \"sRadioRadio\"", "inferred_code_readable": "", "score": -1.336375914283927}]}
{"index": 612, "beams": [{"question": "Quel est le titre de tous les dessins anim\u00e9s qui sont diffus\u00e9s sur la cha\u00eene de t\u00e9l\u00e9vision avec le nom de la s\u00e9rie \u00abSky Radio\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"sRadioRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Title FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE TV_Channel.series_name = \"sRadioRadio\"", "inferred_code_readable": "", "score": -2.069992946954393}]}
{"index": 613, "beams": [{"question": "\u00c9num\u00e9rez l'\u00e9pisode de toutes les s\u00e9ries de t\u00e9l\u00e9vision tri\u00e9es par audience.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode FROM TV_series ORDER BY TV_series.Viewers_m Asc", "inferred_code_readable": "", "score": -0.00021955987857325}]}
{"index": 614, "beams": [{"question": "Quels sont tous les \u00e9pisodes class\u00e9s par audience ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode FROM TV_series ORDER BY TV_series.Viewers_m Asc", "inferred_code_readable": "", "score": -1.1801682532563973e-05}]}
{"index": 615, "beams": [{"question": "Listez les 3 s\u00e9ries t\u00e9l\u00e9vis\u00e9es les mieux not\u00e9es. Listez les \u00e9pisodes et des classements des s\u00e9ries t\u00e9l\u00e9vis\u00e9es.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode, TV_series.Weekly_Rank FROM TV_series ORDER BY TV_series.Rating Desc LIMIT 3", "inferred_code_readable": "", "score": -0.00885598436360624}]}
{"index": 616, "beams": [{"question": "Quels sont les 3 \u00e9pisodes les mieux class\u00e9s dans le tableau des s\u00e9ries t\u00e9l\u00e9vis\u00e9es et quelles sont les notes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode, TV_series.Rating FROM TV_series ORDER BY TV_series.Weekly_Rank Desc LIMIT 3", "inferred_code_readable": "", "score": -0.04247351662606036}]}
{"index": 617, "beams": [{"question": "Quelle est la part minimale et maximale des s\u00e9ries t\u00e9l\u00e9vis\u00e9es ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Min(TV_series.Share), Max(TV_series.Share) FROM TV_series", "inferred_code_readable": "", "score": -3.278227013225887e-05}]}
{"index": 618, "beams": [{"question": "Quelle est la part maximale et minimale de la s\u00e9rie t\u00e9l\u00e9vis\u00e9e ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(TV_series.Share), Min(TV_series.Share) FROM TV_series", "inferred_code_readable": "", "score": -9.298292546588982e-06}]}
{"index": 619, "beams": [{"question": "Quelle est la date de diffusion de la s\u00e9rie t\u00e9l\u00e9vis\u00e9e avec l'\u00e9pisode \u00abA Love of a Lifetime\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLifeLife\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Air_Date FROM TV_series WHERE TV_series.Episode = \"ALoveofaLifeLifeLife\"", "inferred_code_readable": "", "score": -0.48117455297280287}]}
{"index": 620, "beams": [{"question": "Quand l'\u00e9pisode \u00abA Love of a Lifetime\u00bb a-t-il \u00e9t\u00e9 diffus\u00e9 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLifetime\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Air_Date FROM TV_series WHERE TV_series.Episode = \"ALoveofaLifeLifetime\"", "inferred_code_readable": "", "score": -0.3576567280937155}]}
{"index": 621, "beams": [{"question": "Quels sont les classements hebdomadaires des s\u00e9ries t\u00e9l\u00e9vis\u00e9es de l'\u00e9pisode \u00abA Love of a Lifetime\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLife\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Weekly_Rank FROM TV_series WHERE TV_series.Episode = \"ALoveofaLifeLife\"", "inferred_code_readable": "", "score": -0.5411322849120594}]}
{"index": 622, "beams": [{"question": "Quel est le classement hebdomadaire de l'\u00e9pisode \u00abA Love of a Lifetime\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLife\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Weekly_Rank FROM TV_series WHERE TV_series.Episode = \"ALoveofaLifeLife\"", "inferred_code_readable": "", "score": -0.8008573180583696}]}
{"index": 623, "beams": [{"question": "Quelle est la cha\u00eene de t\u00e9l\u00e9vision de la s\u00e9rie t\u00e9l\u00e9vis\u00e9e avec l'\u00e9pisode \u00abA Love of a Lifetime\u00bb ? Liste le nom de la s\u00e9rie de la cha\u00eene de t\u00e9l\u00e9vision.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLifeLife\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel WHERE TV_series.Episode = \"ALoveofaLifeLifeLife\"", "inferred_code_readable": "", "score": -0.24803730456782347}]}
{"index": 624, "beams": [{"question": "Quel est le nom de la s\u00e9rie qui a l'\u00e9pisode \u00abA Love of a Lifetime\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ALoveofaLifeLifeLife\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel WHERE TV_series.Episode = \"ALoveofaLifeLifeLife\"", "inferred_code_readable": "", "score": -0.3947606304935647}]}
{"index": 625, "beams": [{"question": "Listez l'\u00e9pisode de toutes les s\u00e9ries t\u00e9l\u00e9vis\u00e9es diffus\u00e9es sur la cha\u00eene de t\u00e9l\u00e9vision avec le nom de la s\u00e9rie \u00abSky Radio\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TVRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel WHERE TV_Channel.series_name = \"TVRadio\"", "inferred_code_readable": "", "score": -1.9715004786644457}]}
{"index": 626, "beams": [{"question": "Quels est l'\u00e9pisode de la cha\u00eene de t\u00e9l\u00e9vision qui diffuse la s\u00e9rie t\u00e9l\u00e9vis\u00e9e \u00abSky Radio\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TVRadio\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_series.Episode FROM TV_Channel JOIN TV_series ON TV_Channel.id = TV_series.Channel WHERE TV_Channel.series_name = \"TVRadio\"", "inferred_code_readable": "", "score": -1.9129250962286264}]}
{"index": 627, "beams": [{"question": "Trouvez le nombre de dessins anim\u00e9s r\u00e9alis\u00e9s par chaque r\u00e9alisateur r\u00e9pertori\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Directed_by, Count(*) FROM Cartoon GROUP BY Cartoon.Directed_by", "inferred_code_readable": "", "score": -1.5497111924389628e-05}]}
{"index": 628, "beams": [{"question": "Combien de dessins anim\u00e9s chaque r\u00e9alisateur a-t-il cr\u00e9\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Directed_by, Count(*) FROM Cartoon GROUP BY Cartoon.Directed_by", "inferred_code_readable": "", "score": -1.2993742409150855e-05}]}
{"index": 629, "beams": [{"question": "Trouvez le code de production et la cha\u00eene du dessin anim\u00e9 le plus r\u00e9cemment diffus\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Production_code, Cartoon.Channel FROM Cartoon ORDER BY Cartoon.Channel Desc LIMIT 1", "inferred_code_readable": "", "score": -0.28683313727104576}]}
{"index": 630, "beams": [{"question": "Quel est le code de production et la cha\u00eene du dessin anim\u00e9 le plus r\u00e9cent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Cartoon.Production_code, Cartoon.Channel FROM Cartoon ORDER BY Cartoon.Channel Desc LIMIT 1", "inferred_code_readable": "", "score": -0.6144886612879787}]}
{"index": 631, "beams": [{"question": "Trouvez le choix de forfait et le nom de la s\u00e9rie de la cha\u00eene de t\u00e9l\u00e9vision qui a la t\u00e9l\u00e9vision \u00e0 haute d\u00e9finition.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Universal\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option, TV_Channel.series_name FROM TV_Channel WHERE TV_Channel.Hight_definition_TV = \"Universal\"", "inferred_code_readable": "", "score": -0.27337090381659834}]}
{"index": 632, "beams": [{"question": "Quelles sont les options de forfait et le nom des s\u00e9ries pour la cha\u00eene de t\u00e9l\u00e9vision qui prend en charge la t\u00e9l\u00e9vision \u00e0 haute d\u00e9finition ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Universal\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option, TV_Channel.series_name FROM TV_Channel WHERE TV_Channel.Hight_definition_TV = \"Universal\"", "inferred_code_readable": "", "score": -0.2763833104830553}]}
{"index": 633, "beams": [{"question": "les cha\u00eenes de t\u00e9l\u00e9vision de quels pays diffusent des dessins anim\u00e9s \u00e9crits par \u00abTodd Casey\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TddCasey\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Written_by = \"TddCasey\"", "inferred_code_readable": "", "score": -0.9781441833775517}]}
{"index": 634, "beams": [{"question": "Quels sont les pays o\u00f9 des dessins anim\u00e9s \u00e0 la t\u00e9l\u00e9vision ont \u00e9t\u00e9 \u00e9crits par \u00abTodd Casey\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TddCasey\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Written_by = \"TddCasey\"", "inferred_code_readable": "", "score": -0.3221540110363179}]}
{"index": 635, "beams": [{"question": "Les cha\u00eenes de t\u00e9l\u00e9vision de quels pays ne diffusent aucun dessin anim\u00e9 \u00e9crit par \u00abTodd Casey\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TddCaseCasey\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country FROM TV_Channel EXCEPT SELECT TV_Channel.Country FROM Cartoon JOIN TV_Channel ON Cartoon.Channel = TV_Channel.id WHERE Cartoon.Written_by = \"TddCaseCasey\"", "inferred_code_readable": "", "score": -0.7139867010115779}]}
{"index": 636, "beams": [{"question": "Quels sont les pays qui ne diffusent pas les dessins anim\u00e9s \u00e9crits par \u00abTodd Casey\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"TddCaseCasey\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country FROM TV_Channel EXCEPT SELECT TV_Channel.Country FROM Cartoon JOIN TV_Channel ON Cartoon.Channel = TV_Channel.id WHERE Cartoon.Written_by = \"TddCaseCasey\"", "inferred_code_readable": "", "score": -0.6395002893199191}]}
{"index": 637, "beams": [{"question": "Trouvez le nom de la s\u00e9rie et le pays de la cha\u00eene de t\u00e9l\u00e9vision qui diffuse des dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb et \u00abMichael Chang\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterJones\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterChang\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ChrisChang\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name, TV_Channel.Country FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Directed_by = \"WalterJones\" AND Cartoon.Written_by = \"WalterChang\" INTERSECT SELECT TV_Channel.series_name, TV_Channel.Country FROM TV_Channel JOIN Cartoon ON Cartoon.Channel = TV_Channel.id WHERE Cartoon.Written_by = \"ChrisChang\"", "inferred_code_readable": "", "score": -4.136200236968172}]}
{"index": 638, "beams": [{"question": "Quels sont le nom de la s\u00e9rie et le pays de toutes les cha\u00eenes de t\u00e9l\u00e9vision qui diffusent des dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb et des dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abMichael Chang\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalterChang\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.series_name, TV_Channel.Country FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Directed_by = \"WalterJones\" INTERSECT SELECT TV_Channel.series_name, TV_Channel.Country FROM TV_Channel JOIN Cartoon ON Cartoon.Channel = TV_Channel.id WHERE Cartoon.Directed_by = \"WalterChang\"", "inferred_code_readable": "", "score": -2.3963768954639235}]}
{"index": 639, "beams": [{"question": "Trouvez le format d'image et la nation des cha\u00eenes de t\u00e9l\u00e9vision qui n'utilisent pas l'\u00abanglais\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Pixel_aspect_ratio_PAR, TV_Channel.Country FROM TV_Channel WHERE TV_Channel.Language != \"USA\"", "inferred_code_readable": "", "score": -0.8106770811062347}]}
{"index": 640, "beams": [{"question": "Quels sont le ratio d'aspect en pixel et le pays d'origine de toutes les cha\u00eenes de t\u00e9l\u00e9vision qui n'utilisent pas l'\u00abanglais\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Pixel_aspect_ratio_PAR, TV_Channel.Country FROM TV_Channel WHERE TV_Channel.Language != \"USA\"", "inferred_code_readable": "", "score": -0.05906328910651837}]}
{"index": 641, "beams": [{"question": "Trouvez l'id des cha\u00eenes de t\u00e9l\u00e9vision des pays o\u00f9 il y a plus de deux cha\u00eenes de t\u00e9l\u00e9vision.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.Country FROM TV_Channel GROUP BY TV_Channel.Country HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.016896326084690827}]}
{"index": 642, "beams": [{"question": "Quels sont les ids de toutes les cha\u00eenes de t\u00e9l\u00e9vision qui ont plus de 2 cha\u00eenes de t\u00e9l\u00e9vision ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT TV_Channel.id FROM TV_Channel GROUP BY TV_Channel.id HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.26799668258674814}]}
{"index": 643, "beams": [{"question": "Trouvez l'id des cha\u00eenes de t\u00e9l\u00e9vision qui ne jouent aucun dessin anim\u00e9 r\u00e9alis\u00e9 par \u00abBen Jones\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Cartoon.id FROM Cartoon EXCEPT SELECT Cartoon.Channel FROM Cartoon WHERE Cartoon.Directed_by = \"WalJones\"", "inferred_code_readable": "", "score": -1.3693630229962679}]}
{"index": 644, "beams": [{"question": "Quels sont les ids des cha\u00eenes de t\u00e9l\u00e9vision qui n'ont pas de dessins anim\u00e9s r\u00e9alis\u00e9s par \u00abBen Jones\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalJonesJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Cartoon.id FROM Cartoon EXCEPT SELECT Cartoon.Channel FROM Cartoon WHERE Cartoon.Directed_by = \"WalJonesJones\"", "inferred_code_readable": "", "score": -0.7293255815949777}]}
{"index": 645, "beams": [{"question": "Trouvez l'option de forfait de la cha\u00eene de t\u00e9l\u00e9vision qui n'a pas de dessin anim\u00e9 r\u00e9alis\u00e9 par \u00abBen Jones\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalJonesJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option FROM TV_Channel EXCEPT SELECT TV_Channel.Package_Option FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Directed_by = \"WalJonesJones\"", "inferred_code_readable": "", "score": -1.091944073875048}]}
{"index": 646, "beams": [{"question": "Quelles sont les options de forfait de toutes les cha\u00eenes de t\u00e9l\u00e9vision qui ne jouent aucun dessin anim\u00e9 r\u00e9alis\u00e9 par \u00abBen Jones\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (String (string-s \"WalJonesJones\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT TV_Channel.Package_Option FROM TV_Channel EXCEPT SELECT TV_Channel.Package_Option FROM TV_Channel JOIN Cartoon ON TV_Channel.id = Cartoon.Channel WHERE Cartoon.Directed_by = \"WalJonesJones\"", "inferred_code_readable": "", "score": -2.2829142663505024}]}
{"index": 647, "beams": [{"question": "Combien de joueurs de poker y a-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM poker_player", "inferred_code_readable": "", "score": -2.9802305121506834e-06}]}
{"index": 648, "beams": [{"question": "Comptez le nombre de joueurs de poker.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM poker_player", "inferred_code_readable": "", "score": -6.318078597189469e-06}]}
{"index": 649, "beams": [{"question": "Listez les gains des joueurs de poker par ordre d\u00e9croissant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Earnings FROM poker_player ORDER BY poker_player.Earnings Desc", "inferred_code_readable": "", "score": -8.702263059490178e-06}]}
{"index": 650, "beams": [{"question": "Quels sont les gains des joueurs de poker, class\u00e9s par ordre d\u00e9croissant de valeur?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Earnings FROM poker_player ORDER BY poker_player.Earnings Desc", "inferred_code_readable": "", "score": -8.702266697468986e-06}]}
{"index": 651, "beams": [{"question": "Listez les tables de finale et les meilleures notes finales des joueurs de poker.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Final_Table_Made, poker_player.Best_Finish FROM poker_player", "inferred_code_readable": "", "score": -0.037306900666635556}]}
{"index": 652, "beams": [{"question": "Quelles sont les tables de finale et les meilleures notes finales pour tous les joueurs de poker?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Final_Table_Made, poker_player.Best_Finish FROM poker_player ORDER BY poker_player.Final_Table_Made Desc LIMIT 1", "inferred_code_readable": "", "score": -0.35343167810395926}]}
{"index": 653, "beams": [{"question": "Quels sont les gains moyens des joueurs de poker?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(poker_player.Earnings) FROM poker_player", "inferred_code_readable": "", "score": -8.940689482983544e-06}]}
{"index": 654, "beams": [{"question": "Renvoyez les gains moyens de tous les joueurs de poker.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(poker_player.Earnings) FROM poker_player", "inferred_code_readable": "", "score": -4.7683698625178295e-06}]}
{"index": 655, "beams": [{"question": "Quel est le rang d'argent du joueur de poker avec les gains les plus \u00e9lev\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Money_Rank FROM poker_player ORDER BY poker_player.Earnings Desc LIMIT 1", "inferred_code_readable": "", "score": -1.5139555941345861e-05}]}
{"index": 656, "beams": [{"question": "Indiquez le rang d'argent du joueur avec les gains les plus \u00e9lev\u00e9s", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Money_Rank FROM poker_player ORDER BY poker_player.Earnings Desc LIMIT 1", "inferred_code_readable": "", "score": -1.8477407394357215e-05}]}
{"index": 657, "beams": [{"question": "Quel est le nombre maximum de tables de finale des joueurs de poker avec des gains inf\u00e9rieurs \u00e0 200 000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(poker_player.Final_Table_Made) FROM poker_player WHERE poker_player.Earnings < 200", "inferred_code_readable": "", "score": -0.44238155796747236}]}
{"index": 658, "beams": [{"question": "Renvoyez le maximum de tables de finale de tous les joueurs de poker dont les gains sont inf\u00e9rieurs \u00e0 200 000.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(poker_player.Final_Table_Made) FROM poker_player WHERE poker_player.Earnings < 10000", "inferred_code_readable": "", "score": -0.1491018225601266}]}
{"index": 659, "beams": [{"question": "Quels sont les noms des joueurs de poker?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID", "inferred_code_readable": "", "score": -1.5974027739673602e-05}]}
{"index": 660, "beams": [{"question": "Listez les noms de tous les joueurs de poker ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID", "inferred_code_readable": "", "score": -1.5377980808750635e-05}]}
{"index": 661, "beams": [{"question": "Quels sont les noms des joueurs de poker dont les gains sont sup\u00e9rieurs \u00e0 300 000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID WHERE poker_player.Earnings > 300", "inferred_code_readable": "", "score": -0.09132198831761684}]}
{"index": 662, "beams": [{"question": "Donnez-moi les noms des joueurs de poker qui ont des gains sup\u00e9rieurs \u00e0 300 000.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID WHERE poker_player.Earnings > 300", "inferred_code_readable": "", "score": -0.07042954431607029}]}
{"index": 663, "beams": [{"question": "Listez les noms des joueurs de poker par ordre croissant des tables de finale.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Final_Table_Made Asc", "inferred_code_readable": "", "score": -1.239774430672469e-05}]}
{"index": 664, "beams": [{"question": "Quels sont les noms des joueurs de poker, class\u00e9s par ordre croissant du nombre de tables de finale qu'ils ont faites?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Final_Table_Made Asc", "inferred_code_readable": "", "score": -2.8013980404750782e-05}]}
{"index": 665, "beams": [{"question": "Quelle est la date de naissance du joueur de poker avec les revenus les plus bas ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Birth_Date FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Earnings Asc LIMIT 1", "inferred_code_readable": "", "score": -1.3351429373642532e-05}]}
{"index": 666, "beams": [{"question": "Montrez la date de naissance du joueur de poker avec les revenus les plus bas?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Birth_Date FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Earnings Asc LIMIT 1", "inferred_code_readable": "", "score": -1.2993801732363863e-05}]}
{"index": 667, "beams": [{"question": "Quel est le rang d'argent du plus grand joueur de poker ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Money_Rank FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY people.Height Desc LIMIT 1", "inferred_code_readable": "", "score": -3.6120292740804416e-05}]}
{"index": 668, "beams": [{"question": "Renvoyer le rang d'argent du plus grand joueur de poker ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT poker_player.Money_Rank FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY people.Height Desc LIMIT 1", "inferred_code_readable": "", "score": -4.065021708754557e-05}]}
{"index": 669, "beams": [{"question": "Quels sont les gains moyens des joueurs de poker d'une taille sup\u00e9rieure \u00e0 200 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(poker_player.Earnings) FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID WHERE people.Height > 200", "inferred_code_readable": "", "score": -3.039809417515471e-05}]}
{"index": 670, "beams": [{"question": "Donnez les gains moyens des joueurs de poker dont la taille est sup\u00e9rieure \u00e0 200.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(poker_player.Earnings) FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID WHERE people.Height > 200", "inferred_code_readable": "", "score": -3.0040494358729575e-05}]}
{"index": 671, "beams": [{"question": "Quels sont les noms des joueurs de poker par ordre d\u00e9croissant de gains?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Earnings Desc", "inferred_code_readable": "", "score": -4.053114807334168e-06}]}
{"index": 672, "beams": [{"question": "Listez les noms des joueurs de poker tri\u00e9s par ordre d\u00e9croissant de leurs gains .", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM poker_player JOIN people ON poker_player.People_ID = people.People_ID ORDER BY poker_player.Earnings Desc", "inferred_code_readable": "", "score": -3.9339056669973615e-06}]}
{"index": 673, "beams": [{"question": "Quelles sont les diff\u00e9rentes nationalit\u00e9s de personnes et le nombre correspondant de personnes de chaque nation?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality, Count(*) FROM people GROUP BY people.Nationality", "inferred_code_readable": "", "score": -3.457068402212826e-06}]}
{"index": 674, "beams": [{"question": "Il y a combien de personnes de chaque nation ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality, Count(*) FROM people GROUP BY people.Nationality", "inferred_code_readable": "", "score": -3.099440824883004e-06}]}
{"index": 675, "beams": [{"question": "Quelle est la nationalit\u00e9 la plus courante ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality FROM people GROUP BY people.Nationality ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -3.635834786308578e-05}]}
{"index": 676, "beams": [{"question": "Donnez-moi la nationalit\u00e9 la plus commune.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality FROM people GROUP BY people.Nationality ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -3.7669623864644564e-05}]}
{"index": 677, "beams": [{"question": "Quelles sont les nationalit\u00e9s partag\u00e9es par au moins deux personnes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality FROM people GROUP BY people.Nationality HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.1324870989426472e-05}]}
{"index": 678, "beams": [{"question": "Indiquez les nationalit\u00e9s pour lesquelles il y a deux personnes ou plus.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Nationality FROM people GROUP BY people.Nationality HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.4185880246486704e-05}]}
{"index": 679, "beams": [{"question": "\u00c9num\u00e9rez les noms et les dates de naissance des personnes dans l'ordre alphab\u00e9tique croissant des noms.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name, people.Birth_Date FROM people ORDER BY people.Name Asc", "inferred_code_readable": "", "score": -8.940676536894898e-06}]}
{"index": 680, "beams": [{"question": "Quels sont les noms et dates de naissance des personnes, class\u00e9s par ordre alphab\u00e9tique de leurs noms ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name, people.Birth_Date FROM people ORDER BY people.Name Asc", "inferred_code_readable": "", "score": -7.3909689390916355e-06}]}
{"index": 681, "beams": [{"question": "Affichez les noms des personnes dont la nationalit\u00e9 n'est pas \u00abRussia\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ice\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM people WHERE people.Nationality != \"Ice\"", "inferred_code_readable": "", "score": -1.928794443602655}]}
{"index": 682, "beams": [{"question": "Quels sont les noms de personnes qui ne viennent pas de \u00abRussia\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Ice\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM people WHERE people.Nationality != \"Ice\"", "inferred_code_readable": "", "score": -1.8555110692927315}]}
{"index": 683, "beams": [{"question": "Listez les noms de personnes qui ne sont pas des joueurs de poker.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM people WHERE people.People_ID NOT IN (SELECT poker_player.People_ID FROM poker_player)", "inferred_code_readable": "", "score": -4.2557414154487105e-05}]}
{"index": 684, "beams": [{"question": "Quels sont les noms des personnes qui ne jouent pas au poker ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT people.Name FROM people WHERE people.People_ID NOT IN (SELECT poker_player.People_ID FROM poker_player)", "inferred_code_readable": "", "score": -7.438553685545912e-05}]}
{"index": 685, "beams": [{"question": "Combien de nationalit\u00e9s distinctes y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT people.Nationality) FROM people", "inferred_code_readable": "", "score": -5.006788782679905e-06}]}
{"index": 686, "beams": [{"question": "Comptez le nombre de nationalit\u00e9s diff\u00e9rentes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT people.Nationality) FROM people", "inferred_code_readable": "", "score": -5.125997809329874e-06}]}
{"index": 687, "beams": [{"question": "Combien d'\u00e9tats y a-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM AREA_CODE_STATE", "inferred_code_readable": "", "score": -0.0004855439062296796}]}
{"index": 688, "beams": [{"question": "Listez les num\u00e9ros et les noms des candidats, class\u00e9s par ordre d\u00e9croissant des noms.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT CONTESTANTS.contestant_number, CONTESTANTS.contestant_name FROM CONTESTANTS ORDER BY CONTESTANTS.contestant_name Desc", "inferred_code_readable": "", "score": -2.2888073537785658e-05}]}
{"index": 689, "beams": [{"question": "R\u00e9pertoriez les ids de vote, les num\u00e9ros de t\u00e9l\u00e9phone et les \u00e9tats de tous les votes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT VOTES.vote_id, VOTES.phone_number, VOTES.state FROM VOTES", "inferred_code_readable": "", "score": -2.7537146962686165e-05}]}
{"index": 690, "beams": [{"question": "Quelles sont les valeurs maximales et minimales des indicatifs r\u00e9gionaux?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(AREA_CODE_STATE.area_code), Min(AREA_CODE_STATE.area_code) FROM AREA_CODE_STATE", "inferred_code_readable": "", "score": -0.12992399953716927}]}
{"index": 691, "beams": [{"question": "Quelle est la derni\u00e8re date cr\u00e9\u00e9e des votes de l'\u00e9tat \u00abCA\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(VOTES.created) FROM AREA_CODE_STATE JOIN VOTES ON AREA_CODE_STATE.state = VOTES.state WHERE AREA_CODE_STATE.state = \"CA\"", "inferred_code_readable": "", "score": -0.751802007661162}]}
{"index": 692, "beams": [{"question": "Quels sont les noms des candidats dont les noms ne sont pas \u00abJessie Alloway\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Goods\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT CONTESTANTS.contestant_name FROM CONTESTANTS WHERE CONTESTANTS.contestant_name != \"Goods\"", "inferred_code_readable": "", "score": -1.8743080092710258}]}
{"index": 693, "beams": [{"question": "Quels sont les \u00e9tats distincts et temps de cr\u00e9ation de tous les votes ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT VOTES.state, VOTES.created FROM VOTES", "inferred_code_readable": "", "score": -0.028145544225857577}]}
{"index": 694, "beams": [{"question": "Quels sont les num\u00e9ros et les noms des candidats qui ont eu au moins deux votes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT CONTESTANTS.contestant_number, CONTESTANTS.contestant_name FROM CONTESTANTS JOIN VOTES ON CONTESTANTS.contestant_number = VOTES.contestant_number GROUP BY CONTESTANTS.contestant_number HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -8.65441176287618e-05}]}
{"index": 695, "beams": [{"question": "Parmi tous les candidats, quesl sont le num\u00e9ro et le nom du candidat qui a obtenu le moins de votes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT CONTESTANTS.contestant_number, CONTESTANTS.contestant_name FROM CONTESTANTS JOIN VOTES ON CONTESTANTS.contestant_number = VOTES.contestant_number GROUP BY VOTES.contestant_number ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.4993463604032229}]}
{"index": 696, "beams": [{"question": "Quel est le nombre de votes de l'\u00e9tat \u00abNY\u00bb ou \u00abCA\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 0))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"NY\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"BAL\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT VOTES.state FROM AREA_CODE_STATE JOIN VOTES ON AREA_CODE_STATE.state = VOTES.state WHERE AREA_CODE_STATE.state = \"NY\" OR AREA_CODE_STATE.state = \"BAL\"", "inferred_code_readable": "", "score": -0.7243069756305403}]}
{"index": 697, "beams": [{"question": "Combien de candidats n'ont pas \u00e9t\u00e9 vot\u00e9s ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM CONTESTANTS WHERE CONTESTANTS.contestant_number NOT IN (SELECT VOTES.contestant_number FROM VOTES)", "inferred_code_readable": "", "score": -1.4662729292069798e-05}]}
{"index": 698, "beams": [{"question": "Quel est l'indicatif r\u00e9gional dans lequel le plus grand nombre d'\u00e9lecteurs ont vot\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT AREA_CODE_STATE.area_code FROM AREA_CODE_STATE JOIN VOTES ON AREA_CODE_STATE.state = VOTES.state GROUP BY AREA_CODE_STATE.area_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.31739497370015357}]}
{"index": 699, "beams": [{"question": "Quels sont les dates de cr\u00e9ation, les \u00e9tats et les num\u00e9ros de t\u00e9l\u00e9phone des votes pour le candidat nomm\u00e9 \u00abTabatha Gehling\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"GthaGehGehling\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT VOTES.created, VOTES.state, VOTES.phone_number FROM CONTESTANTS JOIN VOTES ON CONTESTANTS.contestant_number = VOTES.contestant_number WHERE CONTESTANTS.contestant_name = \"GthaGehGehling\"", "inferred_code_readable": "", "score": -0.7675217878256788}]}
{"index": 700, "beams": [{"question": "Listez les indicatifs r\u00e9gionaux dans lesquels les \u00e9lecteurs ont vot\u00e9 \u00e0 la fois pour le candidat \u00abTabatha Gehling\u00bb et le candidat \u00abKelly Clauss\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aptha\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gity\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT VOTES.state FROM AREA_CODE_STATE JOIN CONTESTANTS JOIN VOTES ON AREA_CODE_STATE.state = VOTES.state AND VOTES.contestant_number = CONTESTANTS.contestant_number WHERE CONTESTANTS.contestant_name = \"Aptha\" INTERSECT SELECT VOTES.state FROM AREA_CODE_STATE JOIN CONTESTANTS WHERE CONTESTANTS.contestant_name = \"Gity\"", "inferred_code_readable": "", "score": -3.8644710228849775}]}
{"index": 701, "beams": [{"question": "Listez les noms des candidats dont les noms contiennent la sous-cha\u00eene \u00abAl\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%en%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT CONTESTANTS.contestant_name FROM CONTESTANTS WHERE CONTESTANTS.contestant_name LIKE \"%en%\"", "inferred_code_readable": "", "score": -0.707679569633413}]}
{"index": 702, "beams": [{"question": "Quels sont les noms de tous les pays devenus ind\u00e9pendants apr\u00e8s 1950 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1850))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.IndepYear > 1850", "inferred_code_readable": "", "score": -0.03665977343247562}]}
{"index": 703, "beams": [{"question": "Donnez les noms des nations fond\u00e9es apr\u00e8s 1950.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1850))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.IndepYear > 1850", "inferred_code_readable": "", "score": -0.009385706817027994}]}
{"index": 704, "beams": [{"question": "Combien de pays ont le \u00abrepublic\u00bb comme forme gouvernementale ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (String (string-s \"E\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country WHERE country.GovernmentForm = \"E\"", "inferred_code_readable": "", "score": -1.7021887711052202}]}
{"index": 705, "beams": [{"question": "Combien de pays ont des gouvernements qui sont des \u00abrepublic\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT country.Name) FROM country", "inferred_code_readable": "", "score": -0.0051398890280083265}]}
{"index": 706, "beams": [{"question": "Quelle est la superficie totale des pays de la r\u00e9gion des \u00abCara\u00efbes\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"North\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.SurfaceArea) FROM country WHERE country.Region = \"North\"", "inferred_code_readable": "", "score": -0.886839231378616}]}
{"index": 707, "beams": [{"question": "Quelle superficie les pays des \u00abCara\u00efbes\u00bb couvrent-ils ensemble?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"North\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.SurfaceArea) FROM country WHERE country.Continent = \"North\"", "inferred_code_readable": "", "score": -0.9259958024911796}]}
{"index": 708, "beams": [{"question": "Dans quel continent se trouve \u00abAnguilla\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"inailla\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country WHERE country.Name = \"inailla\"", "inferred_code_readable": "", "score": -2.029242581509493}]}
{"index": 709, "beams": [{"question": "Quel est le nom du continent auquel appartient \u00abAnguilla\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Hoiilla\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country WHERE country.Name = \"Hoiilla\"", "inferred_code_readable": "", "score": -2.2440421875016128}]}
{"index": 710, "beams": [{"question": "Dans quelle r\u00e9gion se trouve la ville de \u00abKaboul\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"bouboul\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.District FROM city WHERE city.Name = \"bouboul\"", "inferred_code_readable": "", "score": -1.0576487558305487}]}
{"index": 711, "beams": [{"question": "Dans quelle r\u00e9gion se trouve \u00abKaboul\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Reboul\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region FROM country WHERE country.LocalName = \"Reboul\"", "inferred_code_readable": "", "score": -0.8087602110848664}]}
{"index": 712, "beams": [{"question": "Quelle langue est la plus populaire \u00e0 \u00abAruba\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))) (val-val1 (String (string-s \"aruba\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.LocalName = \"aruba\" GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.560362974987072}]}
{"index": 713, "beams": [{"question": "Quelle langue est principalement parl\u00e9e \u00e0 \u00abAruba\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aruba\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Name = \"Aruba\" GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.11356285315461889}]}
{"index": 714, "beams": [{"question": "Quelle est la population et l'esp\u00e9rance de vie au \u00abBrazil\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"B\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Population, country.LifeExpectancy FROM country WHERE country.Name = \"B\"", "inferred_code_readable": "", "score": -1.4991809126251425}]}
{"index": 715, "beams": [{"question": "Donnez-moi la population et les esp\u00e9rances de vie du \u00abBrazil\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"B\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Population, country.LifeExpectancy FROM country WHERE country.Name = \"B\"", "inferred_code_readable": "", "score": -1.0414448678327588}]}
{"index": 716, "beams": [{"question": "Quelle est la r\u00e9gion et la population de l'\u00abAngola\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"East\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region, country.Population FROM country WHERE country.Name = \"East\"", "inferred_code_readable": "", "score": -1.1022603321100704}]}
{"index": 717, "beams": [{"question": "\u00c0 quelle r\u00e9gion appartient l'\u00abAngola\u00bb et quelle est sa population?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"E\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region, country.Population FROM country WHERE country.Name = \"E\"", "inferred_code_readable": "", "score": -1.1937969418954353}]}
{"index": 718, "beams": [{"question": "Quelle est l'esp\u00e9rance de vie moyenne pr\u00e9vue pour les pays de la r\u00e9gion du \u00abCentral Africa\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Canada\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Region = \"Canada\"", "inferred_code_readable": "", "score": -0.23121054461013557}]}
{"index": 719, "beams": [{"question": "Quelle est l\u2019esp\u00e9rance de vie moyenne de la population en \u00abCentral Africa\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Canada\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Region = \"Canada\"", "inferred_code_readable": "", "score": -0.21069114366834896}]}
{"index": 720, "beams": [{"question": "Quel est le nom du pays dont l'esp\u00e9rance de vie est la plus courte en \u00abAsia\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"East\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Continent = \"East\" ORDER BY country.LifeExpectancy Asc LIMIT 1", "inferred_code_readable": "", "score": -0.5661983975296891}]}
{"index": 721, "beams": [{"question": "Donnez le nom du pays d'\u00abAsia\u00bb avec l'esp\u00e9rance de vie la plus courte.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"East\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Continent = \"East\" ORDER BY country.LifeExpectancy Asc LIMIT 1", "inferred_code_readable": "", "score": -1.0098949778667432}]}
{"index": 722, "beams": [{"question": "Quelle est la population totale et le PNB maximal en \u00abAsia\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.Population), Max(country.GNP) FROM country WHERE country.Continent = \"United\"", "inferred_code_readable": "", "score": -0.6252833659762516}]}
{"index": 723, "beams": [{"question": "Combien de personnes vivent en \u00abAsia\u00bb et quel est le PNB le plus \u00e9lev\u00e9 parmi elles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(country.Population), Max(country.GNP) FROM country WHERE country.Continent = \"United\"", "inferred_code_readable": "", "score": -0.8118476705869853}]}
{"index": 724, "beams": [{"question": "Quelle est l'esp\u00e9rance de vie moyenne dans les pays \u00abAfrica\u00bb\u00abrepublic\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Australia\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Continent = \"Australia\"", "inferred_code_readable": "", "score": -0.5928921386818615}]}
{"index": 725, "beams": [{"question": "Montrez l'esp\u00e9rance de vie moyenne des pays \u00abAfrica\u00bb\u00abrepublic\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Australia\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Continent = \"Australia\"", "inferred_code_readable": "", "score": -0.7603880532910523}]}
{"index": 726, "beams": [{"question": "Quelle est la superficie totale des continents pays \u00abAsia\u00bb et \u00abEurope\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Uniteden\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.SurfaceArea) FROM country WHERE country.Continent = \"USA\" OR country.Continent = \"Uniteden\"", "inferred_code_readable": "", "score": -2.4576745616499522}]}
{"index": 727, "beams": [{"question": "Donnez la superficie totale couverte par les pays d'\u00abAsia\u00bb ou d'\u00abEurope\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Tai\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.SurfaceArea) FROM country WHERE country.Continent = \"USA\" OR country.Continent = \"Tai\"", "inferred_code_readable": "", "score": -1.3581720817092275}]}
{"index": 728, "beams": [{"question": "Combien de personnes vivent dans le district de \u00abGelderland\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gierland\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Population FROM city WHERE city.District = \"Gierland\"", "inferred_code_readable": "", "score": -1.6212183225804822}]}
{"index": 729, "beams": [{"question": "Quelle est la population totale du district de \u00abGelderland\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Gierland\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(city.Population) FROM city WHERE city.District = \"Gierland\"", "inferred_code_readable": "", "score": -0.9147993322678047}]}
{"index": 730, "beams": [{"question": "Quel est le PNB moyen et la population totale de toutes les nations dont le gouvernement est le \u00abUS territory\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedterritor\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.GNP), Avg(country.Population) FROM country WHERE country.Region = \"Unitedterritor\"", "inferred_code_readable": "", "score": -1.189677362290709}]}
{"index": 731, "beams": [{"question": "Donnez le PNB moyen et la population totale des nations consid\u00e9r\u00e9es comme \u00abUS territory\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedterritor\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.GNP), Sum(country.Population) FROM country WHERE country.Region = \"Unitedterritor\"", "inferred_code_readable": "", "score": -0.2688508247872221}]}
{"index": 732, "beams": [{"question": "Combien de langues diff\u00e9rentes sont parl\u00e9es dans le monde ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM countrylanguage", "inferred_code_readable": "", "score": -1.0967231290237578e-05}]}
{"index": 733, "beams": [{"question": "Quel est le nombre de langues distinctes utilis\u00e9es dans le monde ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM countrylanguage", "inferred_code_readable": "", "score": -9.298305336358226e-06}]}
{"index": 734, "beams": [{"question": "Combien de types de gouvernements existe-t-il en \u00abAfrica\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"East\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT country.GovernmentForm) FROM country WHERE country.Continent = \"East\"", "inferred_code_readable": "", "score": -0.35284592825508554}]}
{"index": 735, "beams": [{"question": "Combien de formes diff\u00e9rentes de gouvernement y a-t-il en \u00abAfrica\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"E\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT country.GovernmentForm) FROM country WHERE country.Continent = \"E\"", "inferred_code_readable": "", "score": -0.5094602072319745}]}
{"index": 736, "beams": [{"question": "Quel est le nombre total de langues utilis\u00e9es \u00e0 \u00abAruba\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aruba\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(countrylanguage.Language) FROM countrylanguage WHERE countrylanguage.CountryCode = \"Aruba\"", "inferred_code_readable": "", "score": -0.7488830391820827}]}
{"index": 737, "beams": [{"question": "Combien de langues sont parl\u00e9es \u00e0 \u00abAruba\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aruba\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(countrylanguage.Language) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Name = \"Aruba\"", "inferred_code_readable": "", "score": -0.9399352586240894}]}
{"index": 738, "beams": [{"question": "Combien de langues officielles a-t-il en \u00abAfghanistan\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Afghanistan\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Name = \"Afghanistan\"", "inferred_code_readable": "", "score": -0.7765386935095364}]}
{"index": 739, "beams": [{"question": "Combien de langues officielles sont parl\u00e9es en \u00abAfghanistan\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Afghanistan\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Name = \"Afghanistan\"", "inferred_code_readable": "", "score": -0.06796426626232233}]}
{"index": 740, "beams": [{"question": "Quel est le nom du pays qui parle le plus grand nombre de langues ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0004158397913087697}]}
{"index": 741, "beams": [{"question": "Donnez le nom de la nation qui utilise le plus de langues.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0013089209726970807}]}
{"index": 742, "beams": [{"question": "Quel continent a le plus de langues diverses ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Continent ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00039213105990398844}]}
{"index": 743, "beams": [{"question": "Quel continent parle le plus de langues ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Continent ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.160386992424492e-05}]}
{"index": 744, "beams": [{"question": "Combien de pays parlent  \u00abEnglish\u00bb  et \u00abDeutch\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"animal\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\" INTERSECT SELECT * FROM countrylanguage WHERE countrylanguage.Language = \"animal\"", "inferred_code_readable": "", "score": -3.0917773667375457}]}
{"index": 745, "beams": [{"question": "Quel est le nombre de pays qui utilisent \u00abEnglish\u00bb  et \u00abDutch\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\" INTERSECT SELECT * FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -1.154502343964495}]}
{"index": 746, "beams": [{"question": "Quels sont les noms des nations qui parlent \u00abEnglish\u00bb  et \u00abFrench\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"F\" INTERSECT SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.21129831390555154}]}
{"index": 747, "beams": [{"question": "Donnez les noms des nations qui parlent \u00abEnglish\u00bb  et \u00abFrench\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"F\" INTERSECT SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.14886257065990094}]}
{"index": 748, "beams": [{"question": "Quels sont les noms des nations o\u00f9 le \u00abEnglish\u00bb  et le \u00abFrench\u00bb sont les langues officielles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" INTERSECT SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.1035965262132521}]}
{"index": 749, "beams": [{"question": "Donnez les noms des pays o\u00f9 le \u00abEnglish\u00bb  et le \u00abFrench\u00bb sont les langues officielles.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" INTERSECT SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.08087324295098597}]}
{"index": 750, "beams": [{"question": "Quel est le nombre de continents distincts o\u00f9 on parle \u00abChinese\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"China\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT country.Continent) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -0.010619235528508852}]}
{"index": 751, "beams": [{"question": "Combien de continents parlent \u00abChinese\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"China\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT country.Continent) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -0.10051712901896082}]}
{"index": 752, "beams": [{"question": "Quelles sont les r\u00e9gions qui utilisent le \u00abEnglish\u00bb  et le \u00abDutch\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" INTERSECT SELECT country.Region FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.08114600684179862}]}
{"index": 753, "beams": [{"question": "Quelles r\u00e9gions parlent \u00abDutch\u00bb  et le \u00abEnglish\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" INTERSECT SELECT country.Region FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.21455400582438955}]}
{"index": 754, "beams": [{"question": "Quels sont les pays o\u00f9 le \u00abEnglish\u00bb ou le \u00abDutch\u00bb est la langue officielle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Man\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" OR countrylanguage.IsOfficial = \"Man\"", "inferred_code_readable": "", "score": -1.1904501872810869}]}
{"index": 755, "beams": [{"question": "Quels pays ont le \u00abEnglish\u00bb ou le \u00abDucth\u00bb comme langue officielle ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UK\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Turcth\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" OR countrylanguage.Language = \"Turcth\"", "inferred_code_readable": "", "score": -0.634873437939234}]}
{"index": 756, "beams": [{"question": "Quelle langue est la plus populaire en \u00abAsia\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Continent = \"United\" GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.05355028609479717}]}
{"index": 757, "beams": [{"question": "Quelle est la langue utilis\u00e9e par le plus grand nombre de pays en \u00abAsia\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Continent = \"United\" GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.37952023787192957}]}
{"index": 758, "beams": [{"question": "Quelles langues sont parl\u00e9es par un seul pays dans les gouvernements  \u00abrepublic\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Canada\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.GovernmentForm = \"Canada\" GROUP BY countrylanguage.Language HAVING Count(*) = 1", "inferred_code_readable": "", "score": -0.5260403320134017}]}
{"index": 759, "beams": [{"question": "Quelles langues ne sont utilis\u00e9es que par un seul pays avec un gouvernement de \u00abrepublic\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (String (string-s \"null\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.GovernmentForm = \"null\" GROUP BY countrylanguage.Language HAVING Count(*) = 1", "inferred_code_readable": "", "score": -0.6508270648283769}]}
{"index": 760, "beams": [{"question": "Trouvez la ville avec la plus grande population qui utilise le \u00abEnglish\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city WHERE city.Population = (SELECT Max(city.Population) FROM countrylanguage WHERE countrylanguage.Language = \"english\") AND city.ID = \"english\"", "inferred_code_readable": "", "score": -0.8596565217502246}]}
{"index": 761, "beams": [{"question": "Quelle est la ville avec la plus grande population qui utilise le \u00abEnglish\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city WHERE city.Population = (SELECT Max(city.Population) FROM countrylanguage WHERE countrylanguage.Language = \"english\") AND city.ID = \"english\"", "inferred_code_readable": "", "score": -0.8509895078979639}]}
{"index": 762, "beams": [{"question": "Trouvez le nom, la population et la dur\u00e9e de vie pr\u00e9vue du pays \u00abAsia\u00bb avec la plus grande superficie ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedsa\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.Population, country.LifeExpectancy FROM country WHERE country.Continent = \"Unitedsa\"", "inferred_code_readable": "", "score": -1.409235274938105}]}
{"index": 763, "beams": [{"question": "Quels sont le nom, la population et l'esp\u00e9rance de vie du plus grand pays \u00abAsia\u00bb par territoire ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedsa\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Uniteda\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.Population, country.LifeExpectancy FROM country WHERE country.Continent = \"Unitedsa\" AND country.SurfaceArea = (SELECT Max(country.SurfaceArea) FROM country WHERE country.Continent = \"Uniteda\")", "inferred_code_readable": "", "score": -3.435614948741396}]}
{"index": 764, "beams": [{"question": "Quelle est l'esp\u00e9rance de vie moyenne dans les pays o\u00f9 le \u00abEnglish\u00bb n'est pas la langue officielle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.45779369473893183}]}
{"index": 765, "beams": [{"question": "Donnez l'esp\u00e9rance de vie moyenne des pays dans lesquels le \u00abEnglish\u00bb \u00abn'est pas\u00bb la langue officielle.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.LifeExpectancy) FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.08417763829535119}]}
{"index": 766, "beams": [{"question": "Quel est le nombre total de personnes vivant dans les nations qui n'utilisent pas le \u00abEnglish\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.Population) FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.27266879651401865}]}
{"index": 767, "beams": [{"question": "Combien de personnes vivent dans les pays qui ne parlent pas \u00abEnglish\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Population FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.5160295798063572}]}
{"index": 768, "beams": [{"question": "Quelle est la langue officielle parl\u00e9e dans le pays dont le chef d'Etat est \u00abBeatrix\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Robins\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.HeadOfState = \"Robins\"", "inferred_code_readable": "", "score": -2.4933992847482074}]}
{"index": 769, "beams": [{"question": "Quelle est la langue officielle utilis\u00e9e dans le pays dont le chef d'\u00c9tat est \u00abBeatrix\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Robins\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.HeadOfState = \"Robins\"", "inferred_code_readable": "", "score": -3.2544119529451336}]}
{"index": 770, "beams": [{"question": "Quel est le nombre total de langues officielles uniques parl\u00e9es dans les pays fond\u00e9s avant 1930 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.IndepYear < 30", "inferred_code_readable": "", "score": -0.0740291620171547}]}
{"index": 771, "beams": [{"question": "Pour les pays fond\u00e9s avant 1930, quel est le nombre total des langues officielles distinctes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))) (val-val1 (Number (object-f 30))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT countrylanguage.Language) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.IndepYear < 30", "inferred_code_readable": "", "score": -0.7455113404632385}]}
{"index": 772, "beams": [{"question": "Quels sont les pays qui ont une superficie plus grande que n'importe quel pays de \u00abEurope\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedench\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.SurfaceArea > (SELECT Max(country.SurfaceArea) FROM country WHERE country.Continent = \"Unitedench\")", "inferred_code_readable": "", "score": -1.296896420299234}]}
{"index": 773, "beams": [{"question": "Quels pays ont une superficie plus grande que celle de n'importe quel pays de \u00abEurope\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedench\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.SurfaceArea > (SELECT Min(country.SurfaceArea) FROM country WHERE country.Continent = \"Unitedench\")", "inferred_code_readable": "", "score": -1.9151540993933196}]}
{"index": 774, "beams": [{"question": "Quels sont les pays de \u00abAfrica\u00bb qui ont une population inf\u00e9rieure \u00e0 celle de n'importe quel pays de \u00abAsia\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Canada\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Population < (SELECT Min(country.Population) FROM country WHERE country.Continent = \"Canada\")", "inferred_code_readable": "", "score": -0.7530025547359998}]}
{"index": 775, "beams": [{"question": "Quels pays de \u00abAfrica\u00bb ont une population plus petite que celle de n'importe quel pays de \u00abAsia\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Australia\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Population < (SELECT Min(country.Population) FROM country WHERE country.Continent = \"Australia\")", "inferred_code_readable": "", "score": -1.208154196576217}]}
{"index": 776, "beams": [{"question": "Quels pays de \u00abAsia\u00bbont une population plus grande que celle de n'importe quel pays de \u00abAfrica\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Australia\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Population > (SELECT Max(country.Population) FROM country WHERE country.Continent = \"Australia\")", "inferred_code_readable": "", "score": -1.0343485599818152}]}
{"index": 777, "beams": [{"question": "Quels sont les pays de \u00abAsia\u00bb dont la population est sup\u00e9rieure \u00e0 celle de n'importe quel pays de \u00abAfrica\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Australia\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Population > (SELECT Max(country.Population) FROM country WHERE country.Continent = \"Australia\")", "inferred_code_readable": "", "score": -0.7542822063164181}]}
{"index": 778, "beams": [{"question": "Quels sont les codes de pays pour les pays qui ne parlent pas \u00abEnglish\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Code FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.03200705683692462}]}
{"index": 779, "beams": [{"question": "Montrez les codes de pays pour les pays qui ne parlent pas \u00abEnglish\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Code FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.02797632704847075}]}
{"index": 780, "beams": [{"question": "Quels sont les codes de pays o\u00f9 les gens utilisent des autres langues au lieu de le \u00abEnglish\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT DISTINCT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language != \"english\" EXCEPT SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -1.311097255187967}]}
{"index": 781, "beams": [{"question": "Donnez les codes de pays dans lesquels les gens parlent des autres langues au lieu de le \u00abEnglish\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT DISTINCT countrylanguage.CountryCode FROM countrylanguage EXCEPT SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.9658474473274126}]}
{"index": 782, "beams": [{"question": "Quels sont les codes des pays qui ne parlent pas \u00abEnglish\u00bb et dont les formes de gouvernement ne sont pas \u00abrepublic\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))))) (val-val1 (String (string-s \"USA\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT country.Code FROM country WHERE country.GovernmentForm != \"USA\" EXCEPT SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -1.4193576450125036}]}
{"index": 783, "beams": [{"question": "Indiquez les codes des pays qui ne parlent pas \u00abEnglish\u00bb et n'ont pas de \u00abrepublic\u00bb pour les gouvernements.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Code FROM country WHERE country.Code NOT IN (SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.6882619991279739}]}
{"index": 784, "beams": [{"question": "Quelles sont les villes de \u00abEurope\u00bb o\u00f9 le \u00abEnglish\u00bb n'est pas la langue officielle ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (cond-right (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Tai\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city JOIN country ON city.CountryCode = country.Code JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Continent = \"United\" AND countrylanguage.Language != \"Tai\"", "inferred_code_readable": "", "score": -4.451586573657373}]}
{"index": 785, "beams": [{"question": "Quels sont les noms des villes de \u00abEurope\u00bb dont le \u00abEnglish\u00bb n'est pas la langue officielle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedistan\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city JOIN country ON city.CountryCode = country.Code WHERE country.Continent != \"Unitedistan\"", "inferred_code_readable": "", "score": -2.314892432365802}]}
{"index": 786, "beams": [{"question": "Quelles villes uniques se trouvent dans les pays de \u00abAsia\u00bb o\u00f9 le \u00abChinese\u00bb est la langue officielle?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"China\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"China\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT city.Name FROM city JOIN country ON city.CountryCode = country.Code JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Continent = \"China\" AND countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -0.5932898054846376}]}
{"index": 787, "beams": [{"question": "Renvoyer les diff\u00e9rents noms de villes qui se trouvent en \u00abAsia\u00bb et dont le \u00abChinese\u00bb est la langue officielle.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"E\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"China\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT city.Name FROM city JOIN country ON city.CountryCode = country.Code JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE country.Continent = \"E\" AND countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -2.900919928715304}]}
{"index": 788, "beams": [{"question": "Quels sont le nom, l'ann\u00e9e de l'ind\u00e9pendance et la superficie du pays qui a la plus petite population ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.IndepYear, country.SurfaceArea FROM country ORDER BY country.Population Asc LIMIT 1", "inferred_code_readable": "", "score": -9.965554932733767e-05}]}
{"index": 789, "beams": [{"question": "Donnez le nom, l'ann\u00e9e de l'ind\u00e9pendance et la superficie du pays le moins peupl\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.IndepYear, country.SurfaceArea FROM country ORDER BY country.Population Asc LIMIT 1", "inferred_code_readable": "", "score": -0.0010110201436859256}]}
{"index": 790, "beams": [{"question": "Quels sont la population, le nom et le chef du pays ayant la plus grande superficie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Population, country.Name, country.Capital FROM country ORDER BY country.SurfaceArea Desc LIMIT 1", "inferred_code_readable": "", "score": -0.5732805168861006}]}
{"index": 791, "beams": [{"question": "Donnez le nom, la population et le chef d'\u00c9tat du pays qui a la plus grande superficie.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.Population, country.HeadOfState FROM country ORDER BY country.SurfaceArea Desc LIMIT 1", "inferred_code_readable": "", "score": -0.12281107116324108}]}
{"index": 792, "beams": [{"question": "Renvoyer le nom et le nombre des pays qui utilisent au moins 3 langues.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Code HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.0005632545614062678}]}
{"index": 793, "beams": [{"question": "Quels sont les noms des pays qui parlent plus de 2 langues, et combien de langues ils parlent ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY country.Name HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.04470586553818379}]}
{"index": 794, "beams": [{"question": "Trouvez le nombre de villes dans chaque r\u00e9gion dont la population est sup\u00e9rieure \u00e0 la population moyenne des villes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), city.District FROM city WHERE city.Population > (SELECT Avg(city.Population) FROM city) GROUP BY city.District", "inferred_code_readable": "", "score": -0.18065483232823}]}
{"index": 795, "beams": [{"question": "Combien de villes dans chaque r\u00e9gion ont une population sup\u00e9rieure \u00e0 la population moyenne de toutes les villes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), city.District FROM city WHERE city.Population > (SELECT Avg(city.Population) FROM city) GROUP BY city.District", "inferred_code_readable": "", "score": -0.0006340330857455001}]}
{"index": 796, "beams": [{"question": "Trouvez le nom de forme gouvernementale et la population totale de chaque forme gouvernementale dont l'esp\u00e9rance de vie moyenne est sup\u00e9rieure \u00e0 72.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Avg)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (Number (object-f 180))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.GovernmentForm, Sum(country.Population) FROM country GROUP BY country.GovernmentForm HAVING Avg(country.LifeExpectancy) >= 180", "inferred_code_readable": "", "score": -0.3125882642088982}]}
{"index": 797, "beams": [{"question": "Quelles sont les diff\u00e9rentes formes de gouvernement et quelle est la population totale de chaque forme de gouvernement dont l'esp\u00e9rance de vie moyenne est sup\u00e9rieure \u00e0 72?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (Number (object-f 180))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 19) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.GovernmentForm, Sum(country.Population) FROM country WHERE country.LifeExpectancy > 180 GROUP BY country.GovernmentForm", "inferred_code_readable": "", "score": -0.38336143634402475}]}
{"index": 798, "beams": [{"question": "Trouvez l'esp\u00e9rance de vie moyenne et la population totale pour chaque continent o\u00f9 l'esp\u00e9rance de vie moyenne est inf\u00e9rieure \u00e0 72?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (Number (object-f 70))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(country.Continent), Avg(country.Population) FROM country WHERE country.LifeExpectancy < 70 GROUP BY country.Continent", "inferred_code_readable": "", "score": -1.0613141820512269}]}
{"index": 799, "beams": [{"question": "Listez les diff\u00e9rents continents avec la population totale et l'esp\u00e9rance de vie moyenne inf\u00e9rieure \u00e0 72 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Avg)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (Number (object-f 70))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Continent FROM country GROUP BY country.Continent HAVING Avg(country.LifeExpectancy) < 70", "inferred_code_readable": "", "score": -0.06927411542942252}]}
{"index": 800, "beams": [{"question": "Quels sont les noms et les superficies des pays avec les top 5 plus grandes superficies ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 5) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.SurfaceArea FROM country ORDER BY country.SurfaceArea Desc LIMIT 5", "inferred_code_readable": "", "score": -0.1104476025882164}]}
{"index": 801, "beams": [{"question": "Montrez les noms et les surfaces des 5 plus grands pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 5) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name, country.SurfaceArea FROM country ORDER BY country.SurfaceArea Desc LIMIT 5", "inferred_code_readable": "", "score": -0.004985113451795087}]}
{"index": 802, "beams": [{"question": "Quels sont les noms des pays comptant les 3 plus grandes populations ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country ORDER BY country.Population Desc LIMIT 3", "inferred_code_readable": "", "score": -1.430504859456505e-05}]}
{"index": 803, "beams": [{"question": "Indiquez les noms des 3 pays les plus peupl\u00e9s.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country ORDER BY country.Population Desc LIMIT 3", "inferred_code_readable": "", "score": -1.1563282768634053e-05}]}
{"index": 804, "beams": [{"question": "Quels sont les noms des nations avec les 3 populations les plus faibles ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country ORDER BY country.Population Asc LIMIT 3", "inferred_code_readable": "", "score": -2.0146315975466678e-05}]}
{"index": 805, "beams": [{"question": "Indiquez les noms des 3 pays avec le moins de peuple.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 3) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country ORDER BY country.Population Asc LIMIT 3", "inferred_code_readable": "", "score": -2.002710595405688e-05}]}
{"index": 806, "beams": [{"question": "Combien de pays sont en \u00abAsia\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"E\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country WHERE country.Continent = \"E\"", "inferred_code_readable": "", "score": -0.21888684790606305}]}
{"index": 807, "beams": [{"question": "Comptez le nombre de pays de \u00abAsia\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"East\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country WHERE country.Continent = \"East\"", "inferred_code_readable": "", "score": -0.7696748971856238}]}
{"index": 808, "beams": [{"question": "Quels sont les noms des pays qui se trouvent sur le continent \u00abEurope\u00bb et qui ont une population de \u00ab80000\u00bb habitants ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (String (string-s \"UnitedI\"))))) (cond-right (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (Number (object-f 80000))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Continent = \"UnitedI\" AND country.Population > 80000", "inferred_code_readable": "", "score": -2.063209885277672}]}
{"index": 809, "beams": [{"question": "Donnez les noms des pays qui sont en \u00abEurope\u00bb et qui ont une population \u00e9gale \u00e0 \u00ab80000\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 100000))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United0000\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country WHERE country.Continent > 100000 AND country.Population = \"United0000\"", "inferred_code_readable": "", "score": -1.8290080481108646}]}
{"index": 810, "beams": [{"question": "Quelle est la population totale et la superficie moyenne des pays du continent \u00abNorth-America\u00bb dont la superficie est sup\u00e9rieure \u00e0 3000 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"North-\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.Population), Avg(country.SurfaceArea) FROM country WHERE country.Continent > 3000 AND country.SurfaceArea = \"North-\"", "inferred_code_readable": "", "score": -0.6616120473658853}]}
{"index": 811, "beams": [{"question": "Donnez la population totale et la superficie moyenne correspondant aux pays de \u00abNorth-America\u00bbqui ont une superficie sup\u00e9rieure \u00e0 3000.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (And (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3000))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"North-\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(country.Population), Avg(country.SurfaceArea) FROM country WHERE country.Region > 3000 AND country.SurfaceArea = \"North-\"", "inferred_code_readable": "", "score": -0.6743684231167961}]}
{"index": 812, "beams": [{"question": "Quelles sont les villes dont la population est  entre 160000 et 900000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200000))) (val-val2 (Number (object-f 70000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city WHERE city.Population BETWEEN 200000 AND 70000", "inferred_code_readable": "", "score": -0.6337949296102678}]}
{"index": 813, "beams": [{"question": "Indiquez les noms des villes dont la population est entre 160000 et 900000.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Between (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200000))) (val-val2 (Number (object-f 70000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT city.Name FROM city WHERE city.Population BETWEEN 200000 AND 70000", "inferred_code_readable": "", "score": -1.1008922460340926}]}
{"index": 814, "beams": [{"question": "Quelle langue est parl\u00e9e par le plus grand nombre de pays?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM countrylanguage GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.6490782104058326e-05}]}
{"index": 815, "beams": [{"question": "Donnez la langue qui est parl\u00e9e dans le plus grand nombre des pays.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.Language FROM countrylanguage GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -3.921956198382759e-05}]}
{"index": 816, "beams": [{"question": "Quelle est la langue parl\u00e9e par le plus grand pourcentage de personnes dans chaque pays?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Name FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.04647230475929831}]}
{"index": 817, "beams": [{"question": "Quels sont les codes de pays et quelles sont les langues parl\u00e9es par le plus grand pourcentage de personnes pour chaque pays ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 14) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.CountryCode, countrylanguage.Language FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode GROUP BY countrylanguage.CountryCode ORDER BY Sum(country.Population) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.5639332327568098}]}
{"index": 818, "beams": [{"question": "Quel est le nombre total des pays o\u00f9 le \u00abSpanish\u00bb est parl\u00e9 par le plus grand pourcentage de personnes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.6597427904019}]}
{"index": 819, "beams": [{"question": "Comptez le nombre de pays pour lesquels le \u00abSpanish\u00bb est la langue la plus parl\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"bangla\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"bangla\" GROUP BY country.Name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.9241351561580231}]}
{"index": 820, "beams": [{"question": "Quels sont les codes des pays o\u00f9 le \u00abSpanish\u00bb est parl\u00e9 par le plus grand pourcentage de personnes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"english\"))))) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"english\" ORDER BY countrylanguage.Percentage Desc LIMIT 1", "inferred_code_readable": "", "score": -0.9187383204236141}]}
{"index": 821, "beams": [{"question": "Montrez les codes des pays pour lesquels le \u00abSpanish\u00bb est la langue la plus parl\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))) (val-val1 (String (string-s \"bangla\"))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Code FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"bangla\" GROUP BY countrylanguage.CountryCode ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.35383387423992474}]}
{"index": 822, "beams": [{"question": "Combien de conducteurs y a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM conductor", "inferred_code_readable": "", "score": -2.622603112456545e-06}]}
{"index": 823, "beams": [{"question": "Comptez le nombre de conducteurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM conductor", "inferred_code_readable": "", "score": -2.6226027785014594e-06}]}
{"index": 824, "beams": [{"question": "\u00c9num\u00e9rez les noms des conducteurs par ordre croissant d'\u00e2ge.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Age Asc", "inferred_code_readable": "", "score": -3.2186497023189986e-06}]}
{"index": 825, "beams": [{"question": "Quels sont les noms des conducteurs, class\u00e9s par \u00e2ge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Age Asc", "inferred_code_readable": "", "score": -7.164238078161134e-05}]}
{"index": 826, "beams": [{"question": "Quels sont les noms des conducteurs dont la nationalit\u00e9 n'est pas \u00abUSA\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor WHERE conductor.Nationality != \"United\"", "inferred_code_readable": "", "score": -0.015254987047619295}]}
{"index": 827, "beams": [{"question": "Indiquez les noms des conducteurs dont la nationalit\u00e9 n'est pas \u00abUSA\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"United\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor WHERE conductor.Nationality != \"United\"", "inferred_code_readable": "", "score": -0.007974874923711184}]}
{"index": 828, "beams": [{"question": "Quelles sont les maisons de disques des orchestres par ordre d\u00e9croissant d'ann\u00e9es au cours desquelles ils ont \u00e9t\u00e9 fond\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra ORDER BY orchestra.Year_of_Founded Desc", "inferred_code_readable": "", "score": -2.2887945142713306e-05}]}
{"index": 829, "beams": [{"question": "Listez les maisons de disques des orchestres, tri\u00e9es par ordre d\u00e9croissant des ann\u00e9es de leur cr\u00e9ation.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra ORDER BY orchestra.Year_of_Founded Desc", "inferred_code_readable": "", "score": -3.2782056003100024e-05}]}
{"index": 830, "beams": [{"question": "Quelle est la pr\u00e9sence moyenne des spectacles?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(show.Attendance) FROM show", "inferred_code_readable": "", "score": -2.0265573965616568e-06}]}
{"index": 831, "beams": [{"question": "Indiquez la pr\u00e9sence moyenne de tous les spectacles.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(show.Attendance) FROM show", "inferred_code_readable": "", "score": -1.311301971895773e-06}]}
{"index": 832, "beams": [{"question": "Quelle est la part maximale et minimale des repr\u00e9sentations dont le type n'est pas \u00abLive final\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ifinalfinal\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(performance.Share), Min(performance.Share) FROM performance WHERE performance.Type != \"ifinalfinal\"", "inferred_code_readable": "", "score": -1.6805780570768007}]}
{"index": 833, "beams": [{"question": "Listez les parts maximum et minimum pour les repr\u00e9sentations qui n'ont pas le type \u00abLive final\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Min)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 18) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Aerfinal\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(performance.Share), Min(performance.Share) FROM performance WHERE performance.Type != \"Aerfinal\"", "inferred_code_readable": "", "score": -1.470633947968949}]}
{"index": 834, "beams": [{"question": "Combien de nationalit\u00e9s diff\u00e9rentes les conducteurs ont-ils ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT conductor.Nationality) FROM conductor", "inferred_code_readable": "", "score": -1.0013569152533819e-05}]}
{"index": 835, "beams": [{"question": "Comptez le nombre de nationalit\u00e9s diff\u00e9rentes de conducteurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT conductor.Nationality) FROM conductor", "inferred_code_readable": "", "score": -1.060961558607687e-05}]}
{"index": 836, "beams": [{"question": "\u00c9num\u00e9rez les noms des conducteurs par ordre d\u00e9croissant d'ann\u00e9es de travail.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Year_of_Work Desc", "inferred_code_readable": "", "score": -1.5497204373104978e-06}]}
{"index": 837, "beams": [{"question": "Quels sont les noms des conducteurs, class\u00e9s par ordre d\u00e9croissant du nombre d'ann\u00e9es de travail?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Year_of_Work Desc", "inferred_code_readable": "", "score": -1.3113019790012004e-06}]}
{"index": 838, "beams": [{"question": "Indiquez le nom du chef d'orchestre avec le plus d'ann\u00e9es de travail.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Year_of_Work Desc LIMIT 1", "inferred_code_readable": "", "score": -6.675716697657208e-06}]}
{"index": 839, "beams": [{"question": "Quel est le nom du chef d'orchestre qui a travaill\u00e9 pour le plus grand nombre d'ann\u00e9es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor ORDER BY conductor.Year_of_Work Desc LIMIT 1", "inferred_code_readable": "", "score": -8.940689994574313e-06}]}
{"index": 840, "beams": [{"question": "Montrez les noms des conducteurs et les orchestres qu'ils ont dirig\u00e9s.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name, orchestra.Orchestra FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID", "inferred_code_readable": "", "score": -2.3364972825845598e-05}]}
{"index": 841, "beams": [{"question": "Quels sont les noms des conducteurs ainsi que les orchestres correspondants qu'ils ont dirig\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name, orchestra.Orchestra FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID", "inferred_code_readable": "", "score": -0.0006293600993387827}]}
{"index": 842, "beams": [{"question": "Montrez les noms des conducteurs qui ont dirig\u00e9 plus d'un orchestre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID GROUP BY orchestra.Conductor_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.0005595749849831577}]}
{"index": 843, "beams": [{"question": "Quels sont les noms des conducteurs qui ont dirig\u00e9 plus d'un orchestre ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID GROUP BY orchestra.Conductor_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.04166604497384441}]}
{"index": 844, "beams": [{"question": "Indiquez le nom du conducteur qui a dirig\u00e9 le plus grand nombre d'orchestres.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID GROUP BY orchestra.Conductor_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.06662815061924476}]}
{"index": 845, "beams": [{"question": "Quel est le nom du conducteur qui a dirig\u00e9 le plus d'orchestres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID GROUP BY orchestra.Conductor_ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0418462417886829}]}
{"index": 846, "beams": [{"question": "Veuillez indiquer le nom du conducteur qui a dirig\u00e9 les orchestres fond\u00e9s apr\u00e8s 2008.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2008))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID WHERE orchestra.Year_of_Founded > 2008", "inferred_code_readable": "", "score": -1.4520648270211964}]}
{"index": 847, "beams": [{"question": "Quels sont les noms des conducteurs qui ont dirig\u00e9 des orchestres fond\u00e9s apr\u00e8s 2008?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2008))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT conductor.Name FROM conductor JOIN orchestra ON conductor.Conductor_ID = orchestra.Conductor_ID WHERE orchestra.Year_of_Founded > 2008", "inferred_code_readable": "", "score": -0.04237633942538821}]}
{"index": 848, "beams": [{"question": "Veuillez indiquer les diff\u00e9rentes maisons de disques et le nombre d'orchestres correspondant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company, Count(*) FROM orchestra GROUP BY orchestra.Record_Company", "inferred_code_readable": "", "score": -2.9802311729554276e-06}]}
{"index": 849, "beams": [{"question": "Combien d'orchestres g\u00e8re chaque maison de disques?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company, Count(*) FROM orchestra GROUP BY orchestra.Record_Company", "inferred_code_readable": "", "score": -5.125992835530724e-06}]}
{"index": 850, "beams": [{"question": "Veuillez montrer les formats de disques des orchestres par ordre croissant des nombres.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Major_Record_Format FROM orchestra GROUP BY orchestra.Major_Record_Format ORDER BY Count(*) Asc", "inferred_code_readable": "", "score": -0.038558252155247885}]}
{"index": 851, "beams": [{"question": "Quels sont les principaux formats de disques des orchestres, class\u00e9s par fr\u00e9quence ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Major_Record_Format FROM orchestra GROUP BY orchestra.Major_Record_Format ORDER BY Count(*) Desc", "inferred_code_readable": "", "score": -0.5612162944030175}]}
{"index": 852, "beams": [{"question": "Listez la maison de disques partag\u00e9e par le plus grand nombre d'orchestres.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra GROUP BY orchestra.Record_Company ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.156328654161598e-05}]}
{"index": 853, "beams": [{"question": "Quelle est la maison de disques utilis\u00e9e par le plus grand nombre d'orchestres?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra GROUP BY orchestra.Record_Company ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.2397742871428363e-05}]}
{"index": 854, "beams": [{"question": "Listez les noms des orchestres qui n'ont pas de repr\u00e9sentations.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Orchestra FROM orchestra WHERE orchestra.Orchestra_ID NOT IN (SELECT performance.Orchestra_ID FROM performance)", "inferred_code_readable": "", "score": -1.3947471316555493e-05}]}
{"index": 855, "beams": [{"question": "Quels sont les orchestres qui n'ont pas de repr\u00e9sentations?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Orchestra FROM orchestra WHERE orchestra.Orchestra_ID NOT IN (SELECT performance.Orchestra_ID FROM performance)", "inferred_code_readable": "", "score": -1.609323649631733e-05}]}
{"index": 856, "beams": [{"question": "Montrez les maisons de disques partag\u00e9es par les orchestres fond\u00e9s avant 2003 et apr\u00e8s 2003.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2003))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2003))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra WHERE orchestra.Year_of_Founded < 2003 INTERSECT SELECT orchestra.Record_Company FROM orchestra WHERE orchestra.Year_of_Founded > 2003", "inferred_code_readable": "", "score": -0.7796766161642879}]}
{"index": 857, "beams": [{"question": "Quelles sont les maisons de disques utilis\u00e9es par les orchestres fond\u00e9s avant 2003 et ceux fond\u00e9s apr\u00e8s 2003?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2003))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1990))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Record_Company FROM orchestra WHERE orchestra.Year_of_Founded < 2003 INTERSECT SELECT orchestra.Record_Company FROM orchestra WHERE orchestra.Year_of_Founded > 1990", "inferred_code_readable": "", "score": -0.9035007059472377}]}
{"index": 858, "beams": [{"question": "Trouvez le nombre d'orchestres dont le format de disque est \u00abCD\u00bb ou \u00abDVD\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Jaing\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM orchestra WHERE orchestra.Major_Record_Format = \"CV\" OR orchestra.Major_Record_Format = \"Jaing\"", "inferred_code_readable": "", "score": -1.1532353929551107}]}
{"index": 859, "beams": [{"question": "Comptez le nombre d'orchestres dont le format de disque est \u00abCD\u00bb ou \u00abDVD\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"CV\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Jaing\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM orchestra WHERE orchestra.Major_Record_Format = \"CV\" OR orchestra.Major_Record_Format = \"Jaing\"", "inferred_code_readable": "", "score": -1.2462793089610216}]}
{"index": 860, "beams": [{"question": "Montrez les ann\u00e9es de fondation des orchestres qui ont donn\u00e9 plus d'une repr\u00e9sentation.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Year_of_Founded FROM orchestra JOIN performance ON orchestra.Orchestra_ID = performance.Orchestra_ID GROUP BY performance.Orchestra_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.0006277045222091715}]}
{"index": 861, "beams": [{"question": "Quelles sont les ann\u00e9es de cr\u00e9ation d'orchestres qui ont eu plus d'une repr\u00e9sentation ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT orchestra.Year_of_Founded FROM orchestra JOIN performance ON orchestra.Orchestra_ID = performance.Orchestra_ID GROUP BY performance.Orchestra_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.000724192762589837}]}
{"index": 862, "beams": [{"question": "Combien de lyc\u00e9ens y a-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler", "inferred_code_readable": "", "score": -2.2649756203918514e-06}]}
{"index": 863, "beams": [{"question": "Comptez le nombre de lyc\u00e9ens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler", "inferred_code_readable": "", "score": -2.86102144286815e-06}]}
{"index": 864, "beams": [{"question": "Montrez les noms et les ann\u00e9es de chaque lyc\u00e9en.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Highschooler.grade FROM Highschooler", "inferred_code_readable": "", "score": -1.859655428404494e-05}]}
{"index": 865, "beams": [{"question": "Quels sont les noms et les ann\u00e9es de chaque lyc\u00e9en?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Highschooler.grade FROM Highschooler", "inferred_code_readable": "", "score": -2.7417868395218647e-05}]}
{"index": 866, "beams": [{"question": "Montrez toutes les ann\u00e9es des lyc\u00e9ens.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Highschooler.grade FROM Highschooler", "inferred_code_readable": "", "score": -1.3709044786480717e-05}]}
{"index": 867, "beams": [{"question": "L'ann\u00e9e de chaque lyc\u00e9en ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler", "inferred_code_readable": "", "score": -0.04263056681676147}]}
{"index": 868, "beams": [{"question": "\u00abKyle\u00bb est dans quelle ann\u00e9e ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.7124887406820477}]}
{"index": 869, "beams": [{"question": "Indiquez l'ann\u00e9e du lyc\u00e9en nomm\u00e9 \u00abKyle\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kim\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler WHERE Highschooler.name = \"Kim\"", "inferred_code_readable": "", "score": -1.0914256944363174}]}
{"index": 870, "beams": [{"question": "Montrez les noms de tous les lyc\u00e9ens en 10e ann\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler WHERE Highschooler.grade = 10", "inferred_code_readable": "", "score": -7.426631233897751e-05}]}
{"index": 871, "beams": [{"question": "Quels sont les noms de tous les lyc\u00e9ens en 10e ann\u00e9e ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler WHERE Highschooler.grade = 10", "inferred_code_readable": "", "score": -8.988185702207829e-05}]}
{"index": 872, "beams": [{"question": "Montrez l'id du lyc\u00e9en nomm\u00e9 \u00abKyle\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.ID FROM Highschooler WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.5489592589433059}]}
{"index": 873, "beams": [{"question": "Quel est l'id de \u00abKyle\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.ID FROM Highschooler WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.5770615562790482}]}
{"index": 874, "beams": [{"question": "Y a-t-il combien de lyc\u00e9ens en 9e ou 10e ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2009))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler WHERE Highschooler.grade = 2009 OR Highschooler.grade = 10", "inferred_code_readable": "", "score": -0.7961973139453562}]}
{"index": 875, "beams": [{"question": "Comptez le nombre de lyc\u00e9ens en 9e ou 10e ann\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2009))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 10))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler WHERE Highschooler.grade = 2009 OR Highschooler.grade = 10", "inferred_code_readable": "", "score": -0.269669698624341}]}
{"index": 876, "beams": [{"question": "Montrez le nombre de lyc\u00e9ens pour chaque ann\u00e9e.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade, Count(*) FROM Highschooler GROUP BY Highschooler.grade", "inferred_code_readable": "", "score": -0.6583759784681362}]}
{"index": 877, "beams": [{"question": "Combien de lyc\u00e9ens compte chaque ann\u00e9e?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), Highschooler.grade FROM Highschooler GROUP BY Highschooler.grade", "inferred_code_readable": "", "score": -4.41074179491352e-06}]}
{"index": 878, "beams": [{"question": "Quelle ann\u00e9e a le plus de lyc\u00e9ens ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler GROUP BY Highschooler.grade ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -6.97354469707534e-05}]}
{"index": 879, "beams": [{"question": "Indiquez l'ann\u00e9e qui a le plus grand nombre de lyc\u00e9ens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler GROUP BY Highschooler.grade ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0004247744453707014}]}
{"index": 880, "beams": [{"question": "Montrez-moi toutes les ann\u00e9es qui comptent au moins 4 \u00e9l\u00e8ves.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler GROUP BY Highschooler.grade HAVING Count(*) >= 4", "inferred_code_readable": "", "score": -9.20279285381298e-05}]}
{"index": 881, "beams": [{"question": "Quelles annn\u00e9es ont 4 lyc\u00e9ens ou plus?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 4))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler GROUP BY Highschooler.grade HAVING Count(*) >= 4", "inferred_code_readable": "", "score": -0.00010907523018488519}]}
{"index": 882, "beams": [{"question": "Montrez les ids des \u00e9tudiants avec le nombre d'amis correspondant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Friend.student_id, Count(*) FROM Friend GROUP BY Friend.student_id", "inferred_code_readable": "", "score": -0.00012564282431526408}]}
{"index": 883, "beams": [{"question": "Combien d'amis chaque \u00e9l\u00e8ve a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.name", "inferred_code_readable": "", "score": -0.0001032330546877347}]}
{"index": 884, "beams": [{"question": "Montrez les noms des lyc\u00e9ens et leur nombre d'amis correspondant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Count(*) FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.name", "inferred_code_readable": "", "score": -0.0002756980519578178}]}
{"index": 885, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens et combien d'amis chacun a-t-il ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Count(*) FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.name", "inferred_code_readable": "", "score": -5.173629553922865e-05}]}
{"index": 886, "beams": [{"question": "Quel est le nom du lyc\u00e9en qui a le plus d'amis?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.ID ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.4892785250740843}]}
{"index": 887, "beams": [{"question": "Indiquez le nom du lyc\u00e9en avec le plus d'amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Friend.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.6151477471278923}]}
{"index": 888, "beams": [{"question": "Montrez les noms des lyc\u00e9ens qui ont au moins 3 amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.ID HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.03486493492641074}]}
{"index": 889, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens qui ont 3 amis ou plus ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 3))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id GROUP BY Highschooler.ID HAVING Count(*) >= 3", "inferred_code_readable": "", "score": -0.024568800561247883}]}
{"index": 890, "beams": [{"question": "Montrez les noms de tous les amis du lyc\u00e9en \u00abKyle\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.964893802866186}]}
{"index": 891, "beams": [{"question": "Listez les noms des amis du lyc\u00e9en \u00abKyle\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kim\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.name = \"Kim\"", "inferred_code_readable": "", "score": -1.1167406559233015}]}
{"index": 892, "beams": [{"question": "Combien d'amis le lyc\u00e9en \u00abKyle\u00bb a-t-il?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.30478561124557046}]}
{"index": 893, "beams": [{"question": "Comptez le nombre d'amis de \u00abKyle\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.6319520533045733}]}
{"index": 894, "beams": [{"question": "Affichez les ids de tous les \u00e9l\u00e8ves qui n'ont pas d'amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Highschooler.ID FROM Highschooler EXCEPT SELECT Friend.student_id FROM Friend", "inferred_code_readable": "", "score": -7.867807461536813e-06}]}
{"index": 895, "beams": [{"question": "Quels sont les ids des lyc\u00e9ens qui n'ont pas d'amis?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Highschooler.ID FROM Highschooler EXCEPT SELECT Friend.student_id FROM Friend", "inferred_code_readable": "", "score": -1.1563284608939739e-05}]}
{"index": 896, "beams": [{"question": "Affichez les noms de tous les lyc\u00e9ens qui n'ont pas d'amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler WHERE Highschooler.ID NOT IN (SELECT Friend.student_id FROM Friend)", "inferred_code_readable": "", "score": -4.374960285957741e-05}]}
{"index": 897, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens qui n'ont pas d'amis?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler WHERE Highschooler.ID NOT IN (SELECT Friend.student_id FROM Friend)", "inferred_code_readable": "", "score": -2.6464381484458954e-05}]}
{"index": 898, "beams": [{"question": "Montrez les ids des lyc\u00e9ens qui ont des amis et qui sont \u00e9galement ador\u00e9s par quelqu'un d'autre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Likes.student_id FROM Highschooler JOIN Friend ON Friend.student_id = Highschooler.ID JOIN Likes ON Highschooler.ID = Likes.liked_id WHERE Friend.friend_id = (SELECT Friend.friend_id FROM Friend)", "inferred_code_readable": "", "score": -2.3058936893852504}]}
{"index": 899, "beams": [{"question": "Quels sont les ids des lyc\u00e9ens qui ont des amis et qui sont ador\u00e9s par les autres ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Likes.student_id FROM Likes INTERSECT SELECT Friend.student_id FROM Friend", "inferred_code_readable": "", "score": -0.15755526796361607}]}
{"index": 900, "beams": [{"question": "Affichez le nom de tous les lyc\u00e9ens qui ont des amis et qui sont \u00e9galement ador\u00e9s par quelqu'un d'autre.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Friend.friend_id IN (SELECT Highschooler.name FROM Highschooler) INTERSECT SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id", "inferred_code_readable": "", "score": -0.573651168245469}]}
{"index": 901, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens qui ont des amis et qui sont ador\u00e9s?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id INTERSECT SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id", "inferred_code_readable": "", "score": -0.08332459981510709}]}
{"index": 902, "beams": [{"question": "Comptez le nombre de likes pour chaque id de lyc\u00e9en.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), Likes.student_id FROM Likes GROUP BY Likes.student_id", "inferred_code_readable": "", "score": -0.011047987383577151}]}
{"index": 903, "beams": [{"question": "Combien de likes correspondent \u00e0 chaque id de lyc\u00e9en?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Likes.student_id, Count(*) FROM Likes GROUP BY Likes.student_id", "inferred_code_readable": "", "score": -0.15014817249308976}]}
{"index": 904, "beams": [{"question": "Montrez les noms des lyc\u00e9ens et le nombre de likes que chacun obtient.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Count(*) FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Highschooler.ID", "inferred_code_readable": "", "score": -0.6121647357831321}]}
{"index": 905, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens qui ont des likes et combien en ont chacun ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name, Count(*) FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Highschooler.name", "inferred_code_readable": "", "score": -0.2033062870379183}]}
{"index": 906, "beams": [{"question": "Quel est le nom du lyc\u00e9en qui a le plus de likes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Likes.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0041756972058379915}]}
{"index": 907, "beams": [{"question": "Donnez le nom de l'\u00e9l\u00e8ve qui a le plus de likes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Likes.student_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0010491941391848059}]}
{"index": 908, "beams": [{"question": "Montrez les noms des lyc\u00e9ens qui ont au moins 2 likes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Highschooler.ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.589341163604935}]}
{"index": 909, "beams": [{"question": "Quels sont les noms des \u00e9l\u00e8ves qui ont au moins 2 likes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Highschooler.name HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.29794558869593146}]}
{"index": 910, "beams": [{"question": "Affichez les noms des \u00e9l\u00e8ves qui sont au-dessus de la 5e ann\u00e9e et qui ont au moins 2 amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 5))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.grade > 5 GROUP BY Highschooler.ID HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.7168203428847448}]}
{"index": 911, "beams": [{"question": "Quels sont les noms des lyc\u00e9ens dont l'ann\u00e9e est sup\u00e9rieure \u00e0 5 et le nombre d'amis sup\u00e9rieure \u00e0 2 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 5))))) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.grade > 5 GROUP BY Friend.friend_id HAVING Count(*) > 2", "inferred_code_readable": "", "score": -1.1456661928629046}]}
{"index": 912, "beams": [{"question": "Combien de likes a \u00abKyle\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.6893275398285397}]}
{"index": 913, "beams": [{"question": "Renvoyer le nombre de likes que le lyc\u00e9en \u00abKyle\u00bb a.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Kne\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id WHERE Highschooler.name = \"Kne\"", "inferred_code_readable": "", "score": -0.4026416918746776}]}
{"index": 914, "beams": [{"question": "Trouvez l'ann\u00e9e moyenne de tous les \u00e9l\u00e8ves qui ont des amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Highschooler.grade) FROM Highschooler WHERE Highschooler.ID IN (SELECT Friend.friend_id FROM Friend)", "inferred_code_readable": "", "score": -0.00029179679909674405}]}
{"index": 915, "beams": [{"question": "Quelle est l'ann\u00e9e moyenne des \u00e9l\u00e8ves qui ont des amis?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Highschooler.grade) FROM Highschooler WHERE Highschooler.ID IN (SELECT Friend.friend_id FROM Friend)", "inferred_code_readable": "", "score": -0.06825370238485107}]}
{"index": 916, "beams": [{"question": "Trouvez l'ann\u00e9e minimale des \u00e9l\u00e8ves qui n'ont pas d'amis.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.grade FROM Highschooler WHERE Highschooler.ID NOT IN (SELECT Friend.student_id FROM Friend)", "inferred_code_readable": "", "score": -0.0001844085671365292}]}
{"index": 917, "beams": [{"question": "Quel est l'\u00e9l\u00e8ve en ann\u00e9e plus basse qui n'a pas d'ami ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Highschooler.name FROM Highschooler WHERE Highschooler.ID IN (SELECT Friend.student_id FROM Friend WHERE Highschooler.grade = 1)", "inferred_code_readable": "", "score": -0.5737572673253908}]}
{"index": 918, "beams": [{"question": "Quels sont les \u00e9tats o\u00f9 habitent \u00e0 la fois les propri\u00e9taires et les professionnels ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.state FROM Owners INTERSECT SELECT Professionals.state FROM Professionals", "inferred_code_readable": "", "score": -0.0483746202253883}]}
{"index": 919, "beams": [{"question": "Trouvez les \u00e9tats o\u00f9 vivent \u00e0 la fois les propri\u00e9taires et les professionnels.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.state FROM Owners INTERSECT SELECT Professionals.state FROM Professionals", "inferred_code_readable": "", "score": -0.10892309580895443}]}
{"index": 920, "beams": [{"question": "Quel est l'\u00e2ge moyen des chiens qui ont subi des traitements?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Dogs.age) FROM Dogs", "inferred_code_readable": "", "score": -0.0028846321588957835}]}
{"index": 921, "beams": [{"question": "Trouvez l'\u00e2ge moyen des chiens qui ont subi des traitements.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Dogs.age) FROM Dogs", "inferred_code_readable": "", "score": -0.00383169966620045}]}
{"index": 922, "beams": [{"question": "Quels professionnels vivent dans le \u00abIndiana\u00bb ou ont donn\u00e9 plus de 2 traitements ? Inscrivez son id, son nom et son t\u00e9l\u00e9phone portable.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"na\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))", "inferred_code": "SELECT Professionals.professional_id, Professionals.last_name, Professionals.home_phone FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Professionals.state = \"na\" UNION SELECT Professionals.professional_id, Professionals.last_name, Professionals.home_phone FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) > 2", "inferred_code_readable": "", "score": -3.257084058950703}]}
{"index": 923, "beams": [{"question": "Trouvez l'id, le nom et le t\u00e9l\u00e9phone portable des professionnels qui vivent dans l'\u00e9tat de le \u00abIndiana\u00bb ou qui ont effectu\u00e9 plus de deux traitements.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"James\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))", "inferred_code": "SELECT Professionals.professional_id, Professionals.last_name, Professionals.home_phone FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Professionals.state = \"James\" UNION SELECT Professionals.professional_id, Professionals.last_name, Professionals.cell_number FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) > 2", "inferred_code_readable": "", "score": -2.826521757801551}]}
{"index": 924, "beams": [{"question": "Quels chiens dont le frais de traitement n'ont pas co\u00fbt\u00e9 plus de 1000 \u00e0 leur propri\u00e9taire ? Listez les noms de chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Dogs.name FROM Dogs EXCEPT SELECT Dogs.name FROM Dogs JOIN Treatments ON Dogs.dog_id = Treatments.dog_id WHERE Treatments.cost_of_treatment > 1000", "inferred_code_readable": "", "score": -0.004151119051329033}]}
{"index": 925, "beams": [{"question": "Quels sont les noms des chiens pour lesquels le propri\u00e9taire a d\u00e9pens\u00e9 plus de 1000 pour le traitement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1000))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id JOIN Treatments ON Dogs.dog_id = Treatments.dog_id WHERE Treatments.cost_of_treatment > 1000", "inferred_code_readable": "", "score": -0.07088457342106835}]}
{"index": 926, "beams": [{"question": "Quels pr\u00e9noms sont utilis\u00e9s pour les professionnels ou les propri\u00e9taires mais ne sont pas utilis\u00e9s comme noms de chien?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Owners.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id JOIN Professionals JOIN Treatments ON Dogs.dog_id = Treatments.dog_id AND Treatments.professional_id = Professionals.professional_id EXCEPT SELECT Owners.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -0.5129989392961605}]}
{"index": 927, "beams": [{"question": "Trouvez les pr\u00e9noms qui sont utilis\u00e9s pour les professionnels ou les propri\u00e9taires mais qui ne sont pas utilis\u00e9s comme noms de chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Professionals.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id JOIN Professionals JOIN Treatments ON Dogs.dog_id = Treatments.dog_id AND Treatments.professional_id = Professionals.professional_id EXCEPT SELECT Owners.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -1.0281010341885946}]}
{"index": 928, "beams": [{"question": "Quel professionnel n'a op\u00e9r\u00e9 aucun traitement sur les chiens? R\u00e9pertoriez l'id, le r\u00f4le et l'adresse e-mail du professionnel.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.role_code, Professionals.email_address FROM Professionals EXCEPT SELECT Professionals.professional_id, Professionals.role_code, Professionals.email_address FROM Treatments JOIN Treatments", "inferred_code_readable": "", "score": -0.6823148695043528}]}
{"index": 929, "beams": [{"question": "Donnez-moi l'id, le r\u00f4le et l'email des professionnels qui n'ont effectu\u00e9 aucun traitement sur les chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.role_code, Professionals.email_address FROM Professionals EXCEPT SELECT Professionals.professional_id, Professionals.role_code, Professionals.email_address FROM Treatments JOIN Treatments", "inferred_code_readable": "", "score": -0.16821919647131267}]}
{"index": 930, "beams": [{"question": "Quel propri\u00e9taire poss\u00e8de le plus de chiens? Listez l'id du propri\u00e9taire, le pr\u00e9nom et le nom.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.first_name, Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id GROUP BY Owners.owner_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0009760135789207425}]}
{"index": 931, "beams": [{"question": "Renvoyez l'id, le pr\u00e9nom et le nom du propri\u00e9taire qui a le plus de chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.first_name, Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id GROUP BY Owners.owner_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0030840738606130458}]}
{"index": 932, "beams": [{"question": "Quels professionnels ont effectu\u00e9 au moins deux traitements? R\u00e9pertoriez l'id, le r\u00f4le et le pr\u00e9nom du professionnel.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.role_code, Professionals.first_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.9086509119732682}]}
{"index": 933, "beams": [{"question": "Quels sont l'id, le r\u00f4le et le pr\u00e9nom des professionnels qui ont effectu\u00e9 au moins deux traitements?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.role_code, Professionals.first_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.6498190757297309}]}
{"index": 934, "beams": [{"question": "Quel est le nom de la race des chiens \u00e9l\u00e9v\u00e9s par le plus de personnes ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Breeds.breed_name FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code GROUP BY Dogs.breed_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.5529253333760735}]}
{"index": 935, "beams": [{"question": "Quelle race ont le plus grand nombre des chiens? Donnez-moi le nom de la race.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Breeds.breed_name FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code GROUP BY Dogs.breed_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00015019766863133555}]}
{"index": 936, "beams": [{"question": "Quel propri\u00e9taire a pay\u00e9 le plus pour les traitements sur ses chiens? R\u00e9pertoriez l'id et le nom du propri\u00e9taire.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 49) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id JOIN Treatments ON Dogs.dog_id = Treatments.dog_id GROUP BY Owners.owner_id ORDER BY Sum(Treatments.cost_of_treatment) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.03744263497758027}]}
{"index": 937, "beams": [{"question": "Dites-moi l'id et le nom de famille du propri\u00e9taire qui a d\u00e9pens\u00e9 le plus pour les traitements de ses chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 49) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id JOIN Treatments ON Dogs.dog_id = Treatments.dog_id GROUP BY Owners.owner_id ORDER BY Sum(Treatments.cost_of_treatment) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.014107379382338081}]}
{"index": 938, "beams": [{"question": "Quelle est la description du type de traitement qui co\u00fbte le moins au total?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 49) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code GROUP BY Treatments.treatment_type_code ORDER BY Sum(Treatments.cost_of_treatment) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.0006140770726901223}]}
{"index": 939, "beams": [{"question": "Decrivez-moi le type de traitement dont le co\u00fbt total est le plus bas.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 49) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code GROUP BY Treatments.treatment_type_code ORDER BY Sum(Treatments.cost_of_treatment) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.025565055471588494}]}
{"index": 940, "beams": [{"question": "Quel propri\u00e9taire a pay\u00e9 le plus d'argent au total pour ses chiens? Montrez l'id du propri\u00e9taire et le code postal.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.zip_code FROM Charges JOIN Owners JOIN Dogs GROUP BY Owners.owner_id ORDER BY Sum(Charges.charge_amount) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.39433996387358405}]}
{"index": 941, "beams": [{"question": "Trouvez l'id et le code postal du propri\u00e9taire qui a d\u00e9pens\u00e9 le plus d'argent au total pour ses chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 16) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.owner_id, Owners.zip_code FROM Charges JOIN Owners JOIN Dogs GROUP BY Owners.owner_id ORDER BY Sum(Charges.charge_amount) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.1100331301006392}]}
{"index": 942, "beams": [{"question": "Quels professionnels ont effectu\u00e9 au moins deux types de traitements? Listez l'id  et le t\u00e9l\u00e9phone portable du professionnel.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.home_phone FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.023212437434878552}]}
{"index": 943, "beams": [{"question": "Trouvez l'id et le t\u00e9l\u00e9phone portable des professionnels qui op\u00e8rent au moins deux types de traitements.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Ge (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.professional_id, Professionals.home_phone FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id GROUP BY Professionals.professional_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.002634951616208525}]}
{"index": 944, "beams": [{"question": "Quels sont le pr\u00e9nom et le nom de famille des professionnels qui ont effectu\u00e9 un traitement \u00e0 un co\u00fbt inf\u00e9rieur \u00e0 la moyenne?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.first_name, Professionals.last_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Treatments.cost_of_treatment < (SELECT Avg(Treatments.cost_of_treatment) FROM Treatments)", "inferred_code_readable": "", "score": -5.471688044167422e-05}]}
{"index": 945, "beams": [{"question": "Quels professionnels ont op\u00e9r\u00e9 un traitement qui co\u00fbte moins que la moyenne de tous ? Donnez-moi leurs pr\u00e9noms et noms de famille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 40) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.first_name, Professionals.last_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Treatments.cost_of_treatment < (SELECT Avg(Treatments.cost_of_treatment) FROM Treatments)", "inferred_code_readable": "", "score": -0.00025855265108276626}]}
{"index": 946, "beams": [{"question": "Indiquez la date de chaque traitement, ainsi que le pr\u00e9nom du professionnel qui l'a op\u00e9r\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.date_of_treatment, Professionals.first_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id", "inferred_code_readable": "", "score": -0.34194666140894725}]}
{"index": 947, "beams": [{"question": "Quelle est la date et le pr\u00e9nom du professionnel de chaque traitement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 6))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.date_of_treatment, Professionals.first_name FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id", "inferred_code_readable": "", "score": -4.649160075587133e-06}]}
{"index": 948, "beams": [{"question": "\u00c9num\u00e9rez le co\u00fbt de chaque traitement et la description du type de traitement correspondant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.cost_of_treatment, Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code", "inferred_code_readable": "", "score": -6.318089383228198e-06}]}
{"index": 949, "beams": [{"question": "Quel est le co\u00fbt et la description de chaque type de traitement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 3))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.cost_of_treatment, Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code", "inferred_code_readable": "", "score": -0.0001925073825574941}]}
{"index": 950, "beams": [{"question": "\u00c9num\u00e9rez le pr\u00e9nom, le nom de famille de chaque propri\u00e9taire et la taille de son chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Owners.last_name, Dogs.size_code FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -1.1205666609725995e-05}]}
{"index": 951, "beams": [{"question": "Quels sont le pr\u00e9nom, le nom de famille de chaque propri\u00e9taire et la taille de son chien?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Owners.last_name, Dogs.size_code FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -1.0132784325378452e-05}]}
{"index": 952, "beams": [{"question": "Liste le pr\u00e9nom du propri\u00e9taire et le nom du chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Dogs.name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -4.29153344327915e-06}]}
{"index": 953, "beams": [{"question": "Quel est le pr\u00e9nom de chaque propri\u00e9taire et le nom de son chien?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Dogs.name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -2.026547416988933e-05}]}
{"index": 954, "beams": [{"question": "\u00c9num\u00e9rez les noms des chiens de la race la plus rare et les dates de leur traitement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 7))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.name, Treatments.date_of_treatment FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code JOIN Treatments ON Dogs.dog_id = Treatments.dog_id GROUP BY Breeds.breed_name ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.2931113056997532}]}
{"index": 955, "beams": [{"question": "Quels chiens sont de la race la plus rare ? Montrez leurs noms et dates de traitement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 5)) (Table (table-table_id 0))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.name, Treatments.date_of_treatment FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code JOIN Treatments ON Dogs.dog_id = Treatments.dog_id GROUP BY Dogs.breed_code ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.26383153512112045}]}
{"index": 956, "beams": [{"question": "Quels chiens appartiennent \u00e0 quelqu'un qui vit en \u00abVirginia\u00bb? Inscrivez le pr\u00e9nom du propri\u00e9taire et le nom du chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"s\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Dogs.name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id WHERE Owners.state = \"s\"", "inferred_code_readable": "", "score": -1.6736106481361475}]}
{"index": 957, "beams": [{"question": "Trouvez les pr\u00e9noms des propri\u00e9taires vivant en \u00abVirginia\u00bb et les noms des chiens qu'ils poss\u00e8dent.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"s\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Dogs.name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id WHERE Owners.state = \"s\"", "inferred_code_readable": "", "score": -2.0580123513928186}]}
{"index": 958, "beams": [{"question": "Quelle est la date d'arriv\u00e9e et la date de d\u00e9part des chiens qui ont subi un traitement?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.date_arrived, Dogs.date_departed FROM Dogs JOIN Treatments ON Dogs.dog_id = Treatments.dog_id", "inferred_code_readable": "", "score": -0.0006993141204674203}]}
{"index": 959, "beams": [{"question": "Trouvez la date d'arriv\u00e9e et la date de d\u00e9part des chiens qui ont re\u00e7u un traitement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.date_arrived, Dogs.date_departed FROM Dogs JOIN Treatments ON Dogs.dog_id = Treatments.dog_id", "inferred_code_readable": "", "score": -0.001831430281875157}]}
{"index": 960, "beams": [{"question": "Indiquez le nom de famille du propri\u00e9taire du plus jeune chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4)) (Table (table-table_id 5))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id ORDER BY Dogs.age Asc LIMIT 1", "inferred_code_readable": "", "score": -1.859657810854287e-05}]}
{"index": 961, "beams": [{"question": "\u00c0 qui appartient le plus jeune chien? Donnez-moi son nom de famille.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5)) (Table (table-table_id 4))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id ORDER BY Dogs.age Asc LIMIT 1", "inferred_code_readable": "", "score": -0.002757993723442098}]}
{"index": 962, "beams": [{"question": "R\u00e9pertoriez les e-mails des professionnels vivant en \u00abHawa\u00ef\u00bb ou en \u00abWisconsin\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"na\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Jas\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.email_address FROM Professionals WHERE Professionals.state = \"na\" OR Professionals.state = \"Jas\"", "inferred_code_readable": "", "score": -2.226274217983665}]}
{"index": 963, "beams": [{"question": "Quels sont les e-mails des professionnels vivant soit dans l'\u00c9tat de \u00abHawa\u00ef\u00bb, soit dans l'\u00c9tat du \u00abWisconsin\u00bb?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Mary\"))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Texas\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.email_address FROM Professionals WHERE Professionals.state = \"Mary\" OR Professionals.state = \"Texas\"", "inferred_code_readable": "", "score": -2.5228586718323314}]}
{"index": 964, "beams": [{"question": "Quelle est la date d'arriv\u00e9e et la date de d\u00e9part de tous les chiens?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.date_arrived, Dogs.date_departed FROM Dogs", "inferred_code_readable": "", "score": -1.6689296487015781e-06}]}
{"index": 965, "beams": [{"question": "Indiquez la date d'arriv\u00e9e et la date de d\u00e9part de tous les chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 30) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 32) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.date_arrived, Dogs.date_departed FROM Dogs", "inferred_code_readable": "", "score": -1.6689296487015781e-06}]}
{"index": 966, "beams": [{"question": "Combien de chiens ont subi des traitements?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Treatments.dog_id) FROM Treatments", "inferred_code_readable": "", "score": -3.147107344148026e-05}]}
{"index": 967, "beams": [{"question": "Comptez le nombre de chiens qui ont subi un traitement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Treatments.dog_id) FROM Treatments", "inferred_code_readable": "", "score": -2.5272264565501246e-05}]}
{"index": 968, "beams": [{"question": "Combien de professionnels ont effectu\u00e9 un traitement sur des chiens?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct True))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(DISTINCT Treatments.professional_id) FROM Treatments", "inferred_code_readable": "", "score": -0.0002530514163652242}]}
{"index": 969, "beams": [{"question": "Trouvez le nombre de professionnels qui ont d\u00e9j\u00e0 trait\u00e9 des chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Professionals", "inferred_code_readable": "", "score": -0.393072573662522}]}
{"index": 970, "beams": [{"question": "Quels professionnels vivent dans une ville contenant le mot \u00abWest\u00bb? \u00c9num\u00e9rez son r\u00f4le, sa rue, sa ville et son \u00e9tat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%t%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.role_code, Professionals.street, Professionals.state FROM Professionals WHERE Professionals.city LIKE \"%t%\"", "inferred_code_readable": "", "score": -1.630518886271183}]}
{"index": 971, "beams": [{"question": "Trouvez le r\u00f4le, la rue, la ville et l'\u00e9tat des professionnels vivant dans une ville qui contient la sous-cha\u00eene \u00abWest\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 34) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 38) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 37) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%M%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.role_code, Professionals.street, Professionals.city, Professionals.state FROM Professionals WHERE Professionals.city LIKE \"%M%\"", "inferred_code_readable": "", "score": -2.1240590705551767}]}
{"index": 972, "beams": [{"question": "Quels propri\u00e9taires vivent dans l'\u00c9tat dont le nom contient la sous-cha\u00eene \u00abNorth\u00bb? Inscrivez son pr\u00e9nom, son nom et son adresse e-mail.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%Diana%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Owners.last_name, Owners.email_address FROM Owners WHERE Owners.state LIKE \"%Diana%\"", "inferred_code_readable": "", "score": -0.2153488529522818}]}
{"index": 973, "beams": [{"question": "Listez le pr\u00e9nom, le nom et l'adresse e-mail des propri\u00e9taires vivant dans un \u00e9tat dont le nom contient la sous-cha\u00eene \u00abNorth\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 11) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 12) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Like (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"%Diana%\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Owners.first_name, Owners.last_name, Owners.email_address FROM Owners WHERE Owners.state LIKE \"%Diana%\"", "inferred_code_readable": "", "score": -0.17638718607287274}]}
{"index": 974, "beams": [{"question": "Combien de chiens ont un \u00e2ge inf\u00e9rieur \u00e0 l'\u00e2ge moyen ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Dogs WHERE Dogs.age < (SELECT Avg(Dogs.age) FROM Dogs)", "inferred_code_readable": "", "score": -1.0967220632096542e-05}]}
{"index": 975, "beams": [{"question": "Comptez le nombre de chiens d'un \u00e2ge inf\u00e9rieur \u00e0 la moyenne.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Dogs WHERE Dogs.age < (SELECT Avg(Dogs.age) FROM Dogs)", "inferred_code_readable": "", "score": -1.4781878327596587e-05}]}
{"index": 976, "beams": [{"question": "Combien co\u00fbte le traitement le plus r\u00e9cent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.cost_of_treatment FROM Treatments ORDER BY Treatments.cost_of_treatment Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0007829586316887571}]}
{"index": 977, "beams": [{"question": "Montrez-moi le co\u00fbt du traitement le plus r\u00e9cemment effectu\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.cost_of_treatment FROM Treatments ORDER BY Treatments.date_of_treatment Desc LIMIT 1", "inferred_code_readable": "", "score": -0.09502839296920484}]}
{"index": 978, "beams": [{"question": "Montrez-moi le co\u00fbt du traitement le plus r\u00e9cemment effectu\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 49) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 48) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Treatments.cost_of_treatment FROM Treatments ORDER BY Treatments.date_of_treatment Desc LIMIT 1", "inferred_code_readable": "", "score": -0.09502839296920484}]}
{"index": 979, "beams": [{"question": "Dites-moi le nombre de chiens n'ayant re\u00e7u aucun traitement.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 45) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Dogs WHERE Dogs.dog_id NOT IN (SELECT Treatments.dog_id FROM Treatments)", "inferred_code_readable": "", "score": -1.0013571767331086e-05}]}
{"index": 980, "beams": [{"question": "Combien de propri\u00e9taires n'ont temporairement aucun chien?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Owners WHERE Owners.owner_id NOT IN (SELECT Dogs.owner_id FROM Dogs)", "inferred_code_readable": "", "score": -1.3589841373118361e-05}]}
{"index": 981, "beams": [{"question": "Trouvez le nombre de propri\u00e9taires qui ne poss\u00e8dent aucun chien en ce moment.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 4))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 10) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 21) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Owners WHERE Owners.owner_id NOT IN (SELECT Dogs.owner_id FROM Dogs)", "inferred_code_readable": "", "score": -1.0848036282595785e-05}]}
{"index": 982, "beams": [{"question": "Combien de professionnels n'ont op\u00e9r\u00e9 aucun traitement sur les chiens?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Professionals WHERE Professionals.professional_id NOT IN (SELECT Treatments.professional_id FROM Treatments)", "inferred_code_readable": "", "score": -2.5868300539855227e-05}]}
{"index": 983, "beams": [{"question": "Trouvez le nombre de professionnels qui n'ont soign\u00e9 aucun chien.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Professionals WHERE Professionals.professional_id NOT IN (SELECT Treatments.professional_id FROM Treatments)", "inferred_code_readable": "", "score": -0.002676861347914894}]}
{"index": 984, "beams": [{"question": "Lister le nom du chien, l'\u00e2ge et le poids des chiens qui ont \u00e9t\u00e9 abandonn\u00e9s? 1 signifie oui et 0 signifie non.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.name, Dogs.age, Dogs.weight FROM Dogs WHERE Dogs.abandoned_yn = 1", "inferred_code_readable": "", "score": -0.004569780058666595}]}
{"index": 985, "beams": [{"question": "Quels sont le nom, l'\u00e2ge et le poids des chiens abandonn\u00e9s? Notez que 1 signifie oui et 0 signifie non dans les tableaux.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 25) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 29) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 22) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.name, Dogs.age, Dogs.weight FROM Dogs WHERE Dogs.abandoned_yn = 1", "inferred_code_readable": "", "score": -0.02807355483909646}]}
{"index": 986, "beams": [{"question": "Quel est l'\u00e2ge moyen de tous les chiens?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Dogs.age) FROM Dogs", "inferred_code_readable": "", "score": -1.6689296344907234e-06}]}
{"index": 987, "beams": [{"question": "Calculez l'\u00e2ge moyen de tous les chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Avg)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Dogs.age) FROM Dogs", "inferred_code_readable": "", "score": -1.668929527909313e-06}]}
{"index": 988, "beams": [{"question": "Quel est l'\u00e2ge du chien le plus \u00e2g\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.age FROM Dogs ORDER BY Dogs.age Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0006450943498492734}]}
{"index": 989, "beams": [{"question": "Dites-moi l'\u00e2ge du chien le plus \u00e2g\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 26) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Dogs.age FROM Dogs ORDER BY Dogs.age Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00035294920196093926}]}
{"index": 990, "beams": [{"question": "Combien co\u00fbte chaque type de charge? Indiquez le type et le montant des charges.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Charges.charge_type, Sum(Charges.charge_amount) FROM Charges GROUP BY Charges.charge_type", "inferred_code_readable": "", "score": -0.0003940347259430155}]}
{"index": 991, "beams": [{"question": "\u00c9num\u00e9rez chaque type de charge et son montant.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Charges.charge_type, Sum(Charges.charge_amount) FROM Charges GROUP BY Charges.charge_type", "inferred_code_readable": "", "score": -5.9246160581949425e-05}]}
{"index": 992, "beams": [{"question": "Combien co\u00fbte le type de charge le plus cher?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Charges.charge_type FROM Charges ORDER BY Charges.charge_amount Desc LIMIT 1", "inferred_code_readable": "", "score": -0.28356685489207933}]}
{"index": 993, "beams": [{"question": "Quel est le montant du type de charge le plus cher?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Charges.charge_amount FROM Charges ORDER BY Charges.charge_amount Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0357995890072047}]}
{"index": 994, "beams": [{"question": "R\u00e9pertoriez les e-mails, t\u00e9l\u00e9phones portables et t\u00e9l\u00e9phones fixes de tous les professionnels", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.email_address, Professionals.home_phone, Professionals.cell_number FROM Professionals", "inferred_code_readable": "", "score": -0.011500849940787816}]}
{"index": 995, "beams": [{"question": "Quels sont les e-mails, t\u00e9l\u00e9phones portables et t\u00e9l\u00e9phones fixes de chaque professionnel ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 41) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 42) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 43) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 6))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.email_address, Professionals.home_phone, Professionals.cell_number FROM Professionals", "inferred_code_readable": "", "score": -0.0008022112198062814}]}
{"index": 996, "beams": [{"question": "Quelles sont toutes les combinaisons possibles de chaque type de race et de chaque type de taille ?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 23) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Dogs.breed_code, Dogs.size_code FROM Dogs", "inferred_code_readable": "", "score": -0.6066907240753991}]}
{"index": 997, "beams": [{"question": "Trouvez les diff\u00e9rentes combinaisons de chaque type de race et de taille pour les chiens.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 24) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT Breeds.breed_name, Dogs.size_code FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code", "inferred_code_readable": "", "score": -0.05411944083108722}]}
{"index": 998, "beams": [{"question": "Donnez le pr\u00e9nom de tous les professionnels ainsi que la description du traitement qu'ils ont effectu\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 6)) (Table (table-table_id 3))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.first_name, Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Professionals JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code AND Treatments.professional_id = Professionals.professional_id", "inferred_code_readable": "", "score": -0.05770180780299938}]}
{"index": 999, "beams": [{"question": "Quels sont le pr\u00e9nom de chaque professionnel et la description du traitement qu'il a effectu\u00e9?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 35) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 7)) (Table (table-table_id 6)) (Table (table-table_id 3))) (cond?-conds (And (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 46) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 33) (singleton-is_distinct False))))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 47) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Professionals.first_name, Treatment_Types.treatment_type_description FROM Treatment_Types JOIN Professionals JOIN Treatments ON Treatment_Types.treatment_type_code = Treatments.treatment_type_code AND Treatments.professional_id = Professionals.professional_id", "inferred_code_readable": "", "score": -0.002409712348075743}]}
{"index": 1000, "beams": [{"question": "Y a-t-il combien de chanteurs ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM singer", "inferred_code_readable": "", "score": -3.576275261707451e-06}]}
{"index": 1001, "beams": [{"question": "Quel est le nombre de chanteurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM singer", "inferred_code_readable": "", "score": -2.8610213504975945e-06}]}
{"index": 1002, "beams": [{"question": "\u00c9num\u00e9rez les noms des chanteurs par ordre croissant de valeur nette.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer ORDER BY singer.Net_Worth_Millions Asc", "inferred_code_readable": "", "score": -2.0146213174143668e-05}]}
{"index": 1003, "beams": [{"question": "Quels sont les noms des chanteurs class\u00e9s par valeur nette croissante?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Asc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer ORDER BY singer.Net_Worth_Millions Asc", "inferred_code_readable": "", "score": -8.225430683239665e-06}]}
{"index": 1004, "beams": [{"question": "Quelles sont l'ann\u00e9e de naissance et la nationalit\u00e9 des chanteurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Birth_Year, singer.Citizenship FROM singer", "inferred_code_readable": "", "score": -5.722040498312708e-06}]}
{"index": 1005, "beams": [{"question": "Quelles sont les ann\u00e9es de naissance et les citoyennet\u00e9s des chanteurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Birth_Year, singer.Citizenship FROM singer", "inferred_code_readable": "", "score": -4.053113308088996e-06}]}
{"index": 1006, "beams": [{"question": "Indiquez le nom des chanteurs dont la citoyennet\u00e9 n'est pas \u00abFrance\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedland\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Citizenship != \"Unitedland\"", "inferred_code_readable": "", "score": -1.8587082025922186}]}
{"index": 1007, "beams": [{"question": "Quels sont les noms de chanteurs dont la nationalit\u00e9 n'est pas la \u00abFrance\u00bb.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Ne (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedland\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Citizenship != \"Unitedland\"", "inferred_code_readable": "", "score": -1.4267909226535949}]}
{"index": 1008, "beams": [{"question": "Affichez le nom des chanteurs dont l'ann\u00e9e de naissance est 1948 ou 1949?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 180))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Birth_Year = 180 OR singer.Birth_Year = 200", "inferred_code_readable": "", "score": -1.3998762963999667}]}
{"index": 1009, "beams": [{"question": "Quels sont les noms des chanteurs dont les ann\u00e9es de naissance sont 1948 ou 1949 ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Or (cond-left (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 180))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 2016))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Birth_Year = 180 OR singer.Birth_Year = 2016", "inferred_code_readable": "", "score": -1.5705865025114747}]}
{"index": 1010, "beams": [{"question": "Quel est le nom du chanteur ayant la plus grande valeur nette ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Sum)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer GROUP BY singer.Name ORDER BY Sum(singer.Net_Worth_Millions) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.004767044456315261}]}
{"index": 1011, "beams": [{"question": "Quel est le nom du chanteur qui vaut le plus ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer ORDER BY singer.Net_Worth_Millions Desc LIMIT 1", "inferred_code_readable": "", "score": -1.8000567806097933e-05}]}
{"index": 1012, "beams": [{"question": "Montrez la nationalit\u00e9 diff\u00e9rente des chanteurs et le nombre de chanteurs de chaque nationalit\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship, Count(*) FROM singer GROUP BY singer.Citizenship", "inferred_code_readable": "", "score": -3.5762773933356584e-06}]}
{"index": 1013, "beams": [{"question": "Pour chaque nationalit\u00e9, combien de chanteurs proviennent de ce pays?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship, Count(*) FROM singer GROUP BY singer.Citizenship", "inferred_code_readable": "", "score": -2.7060235552767153e-05}]}
{"index": 1014, "beams": [{"question": "Veuillez indiquer la nationalit\u00e9 la plus courante parmi les chanteurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship FROM singer GROUP BY singer.Citizenship ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -6.28221361296255e-05}]}
{"index": 1015, "beams": [{"question": "Quelle nationalit\u00e9 de chanteur est la plus courante ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by (order_by (order-order (Desc)) (val_unit*-val_units (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship FROM singer GROUP BY singer.Citizenship ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -4.041158044998383e-05}]}
{"index": 1016, "beams": [{"question": "Montrez diff\u00e9rentes nationalit\u00e9 et la valeur nette maximale des chanteurs de chaque nationalit\u00e9.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship, Max(singer.Net_Worth_Millions) FROM singer GROUP BY singer.Citizenship", "inferred_code_readable": "", "score": -3.743159922464656e-05}]}
{"index": 1017, "beams": [{"question": "Pour chaque nationalit\u00e9, quelle est la valeur nette maximale ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Max)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship, Max(singer.Net_Worth_Millions) FROM singer GROUP BY singer.Citizenship", "inferred_code_readable": "", "score": -0.0010811618075692309}]}
{"index": 1018, "beams": [{"question": "Affichez les titres des chansons et les noms des chanteurs.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT song.Title, singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID", "inferred_code_readable": "", "score": -0.00015711445206534336}]}
{"index": 1019, "beams": [{"question": "Quels sont les titres des chansons et les noms des chanteurs?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT song.Title, singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID", "inferred_code_readable": "", "score": -3.314008360888465e-05}]}
{"index": 1020, "beams": [{"question": "Affichez les noms distincts des chanteurs qui ont des chansons dont les ventes sont sup\u00e9rieures \u00e0 300 000.", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID WHERE song.Sales > 300", "inferred_code_readable": "", "score": -0.17249286321881385}]}
{"index": 1021, "beams": [{"question": "Quels sont les diff\u00e9rents noms des chanteurs qui ont des ventes de plus de 300 000?", "model_output": "(sql (select-select (select (singleton-is_distinct True) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))) (val-val1 (Number (object-f 300))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID WHERE song.Sales > 300", "inferred_code_readable": "", "score": -0.1928632084242139}]}
{"index": 1022, "beams": [{"question": "Montrez les noms des chanteurs qui ont plus d'une chanson.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID GROUP BY song.Singer_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.00041648069375810337}]}
{"index": 1023, "beams": [{"question": "Quels sont les noms des chanteurs qui ont plus d'une chanson ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Count)) (column-col_id 0) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID GROUP BY song.Singer_ID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.00046963507309527586}]}
{"index": 1024, "beams": [{"question": "Montrez les noms des chanteurs et le total des ventes de leurs chansons.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name, Sum(song.Sales) FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID GROUP BY song.Singer_ID", "inferred_code_readable": "", "score": -0.2535443064965648}]}
{"index": 1025, "beams": [{"question": "Pour chaque nom de chanteur, quel est le total des ventes de leurs chansons?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Sum)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 9) (singleton-is_distinct False)))))) (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 1))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Sum(song.Sales), singer.Name FROM singer JOIN song ON singer.Singer_ID = song.Singer_ID GROUP BY singer.Name", "inferred_code_readable": "", "score": -0.00011360454320197277}]}
{"index": 1026, "beams": [{"question": "Donnez le nom des chanteurs qui n'ont aucune chanson.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Singer_ID NOT IN (SELECT song.Singer_ID FROM song)", "inferred_code_readable": "", "score": -2.3007320947954213e-05}]}
{"index": 1027, "beams": [{"question": "Quel est le nom de chaque chanteur qui n'a pas de chanson?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Not (cond-c (In (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ValSql (sql-s (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 8) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Singer_ID NOT IN (SELECT song.Singer_ID FROM song)", "inferred_code_readable": "", "score": -2.1219206473688246e-05}]}
{"index": 1028, "beams": [{"question": "Montrez la nationalit\u00e9 partag\u00e9e par les chanteurs n\u00e9s avant 1945 et apr\u00e8s 1955.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 85))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 5))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year < 85 INTERSECT SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year > 5", "inferred_code_readable": "", "score": -1.8224073629200888}]}
{"index": 1029, "beams": [{"question": "Quelles sont les citoyennet\u00e9s partag\u00e9es par les chanteurs n\u00e9s avant 1945 et apr\u00e8s 1955?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Lt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 85))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 5) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0))) (cond?-conds))) (cond?-where (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 3) (singleton-is_distinct False))))) (val-val1 (Number (object-f 85))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year < 85 INTERSECT SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year > 85", "inferred_code_readable": "", "score": -2.1425861116827534}]}
{"index": 1030, "beams": [{"question": "Combien de caract\u00e9ristiques disponibles au total ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (Count)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 0) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 2))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM Other_Available_Features", "inferred_code_readable": "", "score": -1.90734825622485e-06}]}
{"index": 1031, "beams": [{"question": "Quel est le nom de type de caract\u00e9ristique de \u00abAirCon\u00bb ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 2) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 0)) (Table (table-table_id 2))) (cond?-conds (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 1) (singleton-is_distinct False))))) (val-val1 (ColUnit (col_unit-c (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 6) (singleton-is_distinct False))))))))) (cond?-where (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 7) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Paper\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Feature_Types.feature_type_name FROM Ref_Feature_Types JOIN Other_Available_Features ON Ref_Feature_Types.feature_type_code = Other_Available_Features.feature_type_code WHERE Other_Available_Features.feature_name = \"Paper\"", "inferred_code_readable": "", "score": -0.6410251855746694}]}
{"index": 1032, "beams": [{"question": "Affichez les descriptions de chaque type des propri\u00e9t\u00e9 appartenant \u00e0 ce code.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 4) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 1))) (cond?-conds))) (cond?-where) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Ref_Property_Types.property_type_description FROM Ref_Property_Types", "inferred_code_readable": "", "score": -0.0021731073398925105}]}
{"index": 1033, "beams": [{"question": "Quels sont les noms des propri\u00e9t\u00e9s qui sont des \u00abhouse\u00bb ou des \u00abapartment\u00bb avec plus d'une pi\u00e8ce ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 13) (singleton-is_distinct False))))))))) (from-from (from (table_unit*-table_units (Table (table-table_id 3))) (cond?-conds))) (cond?-where (Or (cond-left (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (Number (object-f 1))))) (cond-right (Eq (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"F\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Properties.property_name FROM Properties WHERE Properties.room_count > 1 OR Properties.room_count = \"F\"", "inferred_code_readable": "", "score": -1.3739261424078748}]}