{"index": 0, "beams": [{"question": "Wie viele S\u00e4nger haben wir?", "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": -4.649153986235888e-06}]}
{"index": 1, "beams": [{"question": "Wie hoch ist die Gesamtzahl der S\u00e4ngerinnen und S\u00e4nger?", "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": -0.05255717036414609}]}
{"index": 2, "beams": [{"question": "Zeigen Sie den Namen, das Land und Alter f\u00fcr alle S\u00e4ngerinnen und S\u00e4nger, geordnet nach Alter vom \u00e4ltesten bis zum j\u00fcngsten.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0004765398858097569}]}
{"index": 3, "beams": [{"question": "Wie lauten die Namen, L\u00e4nder und das Alter aller S\u00e4ngerinnen und S\u00e4nger in absteigender Reihenfolge des Alters?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0008891591635489249}]}
{"index": 4, "beams": [{"question": "Was ist das Durchschnitts-, Mindest- und H\u00f6chstalter aller S\u00e4ngerinnen und S\u00e4nger aus \u201eFrance\u201c?", "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": -1.8578776699888948}]}
{"index": 5, "beams": [{"question": "Was ist das Durchschnitts-, Mindest- und H\u00f6chstalter f\u00fcr alle \u201eFrance\u201c S\u00e4ngerinnen und S\u00e4nger?", "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": -1.7205917812645453}]}
{"index": 6, "beams": [{"question": "Zeigen Sie den Namen und das Erscheinungsjahr des Liedes der j\u00fcngsten S\u00e4ngerin oder des j\u00fcngsten S\u00e4ngers 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 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.Song_Name, singer.Song_release_year FROM singer ORDER BY singer.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -0.05191584136702687}]}
{"index": 7, "beams": [{"question": "Wie lauten die Namen und Erscheinungsjahre aller Lieder der j\u00fcngsten S\u00e4ngerin oder des j\u00fcngsten S\u00e4ngers?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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.Song_Name, singer.Song_release_year FROM singer ORDER BY singer.Age Asc LIMIT 1", "inferred_code_readable": "", "score": -0.002708376688985936}]}
{"index": 8, "beams": [{"question": "Aus welchen verschiedenen L\u00e4ndern kommen die S\u00e4ngerinnen und S\u00e4nger \u00fcber 20 Jahren?", "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 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 DISTINCT singer.Country FROM singer WHERE singer.Age > 20", "inferred_code_readable": "", "score": -0.0001375627260102874}]}
{"index": 9, "beams": [{"question": "Was sind die verschiedenen L\u00e4nder mit S\u00e4ngerinnen und S\u00e4ngern \u00fcber 20 Jahren?", "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 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 DISTINCT singer.Country FROM singer WHERE singer.Age > 20", "inferred_code_readable": "", "score": -0.07918631170207391}]}
{"index": 10, "beams": [{"question": "Zeigen Sie alle L\u00e4nder und die Anzahl der S\u00e4ngerinnen und S\u00e4nger in jedem Land 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 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": -3.3378476317125205e-05}]}
{"index": 11, "beams": [{"question": "Wie viele S\u00e4ngerinnen und S\u00e4nger kommen aus jedem Land?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0007150129059070309}]}
{"index": 12, "beams": [{"question": "Listen Sie die Namen aller Lieder von S\u00e4ngerinnen und S\u00e4ngern \u00fcber das Durchschnittsalter.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.001911055198220879}]}
{"index": 13, "beams": [{"question": "Wie lauten die Namen aller Lieder von S\u00e4ngerinnen und S\u00e4ngern, die \u00e4lter als der Durchschnitt sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.003029095275756788}]}
{"index": 14, "beams": [{"question": "Zeigen Sie die Standorte und Namen aller Stadien mit einer Kapazit\u00e4t zwischen 5000 und 10000 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 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 4000))) (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 stadium.Location, stadium.Name FROM stadium WHERE stadium.Capacity BETWEEN 4000 AND 5000", "inferred_code_readable": "", "score": -0.005311517551014333}]}
{"index": 15, "beams": [{"question": "Wie lauten die Standorte und Namen aller Stationen mit einer Kapazit\u00e4t zwischen 5000 und 10000?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 4000))) (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 stadium.Location, stadium.Name FROM stadium WHERE stadium.Capacity BETWEEN 4000 AND 5000", "inferred_code_readable": "", "score": -0.05021683344013894}]}
{"index": 16, "beams": [{"question": "Was ist die maximale Kapazit\u00e4t und der Durchschnitt aller Stadien?", "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": -2.7775633292037583e-05}]}
{"index": 17, "beams": [{"question": "Was ist die durchschnittliche und maximale Kapazit\u00e4t f\u00fcr alle Stadien?", "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": -0.0010856942958028526}]}
{"index": 18, "beams": [{"question": "Wie lautet der Name und die Kapazit\u00e4t des Stadions mit der h\u00f6chsten durchschnittlichen Besucherzahl?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 ORDER BY stadium.Average Desc LIMIT 1", "inferred_code_readable": "", "score": -0.004796936033514498}]}
{"index": 19, "beams": [{"question": "Wie lautet der Name und die Kapazit\u00e4t des Stadions mit der h\u00f6chsten durchschnittlichen Besucherzahl?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 ORDER BY stadium.Average Desc LIMIT 1", "inferred_code_readable": "", "score": -0.004796936033514498}]}
{"index": 20, "beams": [{"question": "Wie viele Konzerte gibt es im Jahr 2014 oder 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": -0.046001656938670976}]}
{"index": 21, "beams": [{"question": "Wie viele Konzerte finden im Jahr 2014 oder 2015 statt?", "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": -0.02144742117953058}]}
{"index": 22, "beams": [{"question": "Zeigen Sie den Stadionnamen und die Anzahl der Konzerte in jedem Stadion 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 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": -0.0030811403301527207}]}
{"index": 23, "beams": [{"question": "Wie viele Konzerte gibt es f\u00fcr jedes Stadion?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 1) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT stadium.Stadium_ID, Count(*) FROM stadium JOIN concert ON stadium.Stadium_ID = concert.Stadium_ID GROUP BY stadium.Stadium_ID", "inferred_code_readable": "", "score": -0.0023557396900386607}]}
{"index": 24, "beams": [{"question": "Zeigen Sie den Namen und die Kapazit\u00e4t des Stadions mit den meisten Konzerten im Jahr 2014 oder danach.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.06164874418492872}]}
{"index": 25, "beams": [{"question": "Wie hei\u00dft das Stadion mit den meisten Konzerten nach 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))))))))) (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 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": -0.41719544342511483}]}
{"index": 26, "beams": [{"question": "In welchem Jahr gibt es die meisten Konzerte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.8411117180412475e-05}]}
{"index": 27, "beams": [{"question": "Was ist das Jahr, das die meisten Konzerte hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.850398869786886e-05}]}
{"index": 28, "beams": [{"question": "Zeigen die Stadionnamen ohne Konzert.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.467627916047377e-05}]}
{"index": 29, "beams": [{"question": "Wie hei\u00dfen die Stadien ohne Konzerte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.300734857385578e-05}]}
{"index": 30, "beams": [{"question": "Zeigen Sie L\u00e4nder, aus denen eine S\u00e4ngerin oder ein S\u00e4nger \u00fcber 40 und eine S\u00e4ngerin oder ein S\u00e4nger unter 30 stammen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.07754564012230958}]}
{"index": 31, "beams": [{"question": "Zeige Namen f\u00fcr alle Stadien mit Ausnahme von Stadien, die im Jahr 2014 ein Konzert haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00863499117416211}]}
{"index": 32, "beams": [{"question": "Wie hei\u00dfen alle Stadien, die 2014 kein Konzert hatten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0335604492373136}]}
{"index": 33, "beams": [{"question": "Zeigen Sie den Namen und das Thema aller Konzerte sowie die Anzahl der S\u00e4ngerinnen und S\u00e4nger in jedem Konzert 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 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 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) (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 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 GROUP BY singer_in_concert.concert_ID", "inferred_code_readable": "", "score": -1.0640671654041896}]}
{"index": 34, "beams": [{"question": "Wie lauten die Namen, Themen und die Anzahl der S\u00e4ngerinnen und S\u00e4nger f\u00fcr jedes Konzert?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 20) (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) (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 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 GROUP BY concert.concert_ID", "inferred_code_readable": "", "score": -0.31462356144155734}]}
{"index": 35, "beams": [{"question": "Listen Sie die Namen von S\u00e4ngerinnen und S\u00e4ngern und die Anzahl der Konzerte f\u00fcr jede S\u00e4ngerin und jeden S\u00e4nger auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.12463183305700198}]}
{"index": 36, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerin/des S\u00e4ngers und die Anzahl der Konzerte f\u00fcr jede Person?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.017657363941140147}]}
{"index": 37, "beams": [{"question": "Listen Sie alle S\u00e4ngernamen in Konzerten im Jahr 2014 auf.", "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 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 DISTINCT 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": -0.024322525736415912}]}
{"index": 38, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerinnen und S\u00e4nger, die 2014 in einem Konzert aufgetreten sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.06373393775430003}]}
{"index": 39, "beams": [{"question": "Wie lautet der Name und die Nation des S\u00e4ngers, der ein Lied mit \u201eHey\u201c im Namen hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.664801984970893}]}
{"index": 40, "beams": [{"question": "Wie lautet der Name und die Nation des/der S\u00e4nger/in, der/die ein Lied mit \u201eHey\u201c im Namen hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9259097873599558}]}
{"index": 41, "beams": [{"question": "Finden Sie die Namen und die Standorte der Stadien, in denen einige Konzerte in den Jahren 2014 und 2015 stattfanden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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))", "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": -2.4236482229223597}]}
{"index": 42, "beams": [{"question": "Wie lauten die Namen und Standorte der Stadien, in denen sowohl 2014 als auch 2015 Konzerte stattfanden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 4))))) (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 = 4", "inferred_code_readable": "", "score": -0.7198897596206209}]}
{"index": 43, "beams": [{"question": "Finden Sie die Anzahl der Konzerte, die in dem Stadion mit der h\u00f6chsten Kapazit\u00e4t stattfanden.", "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": -0.004427552810675195}]}
{"index": 44, "beams": [{"question": "Wie viele Konzerte fanden in dem Stadion mit der gr\u00f6\u00dften Kapazit\u00e4t statt ?", "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": -0.00636393124490553}]}
{"index": 45, "beams": [{"question": "Ermitteln Sie die Anzahl der Haustiere, deren Gewicht schwerer als 10 ist.", "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": -2.7537122164744687e-05}]}
{"index": 46, "beams": [{"question": "Wie viele Haustiere haben ein gr\u00f6\u00dferes Gewicht als 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": -2.2888097234385896e-05}]}
{"index": 47, "beams": [{"question": "Finden Sie das Gewicht des j\u00fcngsten \u201edog\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Pets.weight FROM Pets WHERE Pets.PetType = \"male\"", "inferred_code_readable": "", "score": -0.552172947363978}]}
{"index": 48, "beams": [{"question": "Wie viel wiegt der j\u00fcngste \u201edog\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.529620207211586}]}
{"index": 49, "beams": [{"question": "Finden Sie das H\u00f6chstgewicht f\u00fcr jede Art von Haustier. Listen Sie das H\u00f6chstgewicht und den Haustiertyp auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.3073716237336228}]}
{"index": 50, "beams": [{"question": "F\u00fchren Sie das H\u00f6chstgewicht und den Typ f\u00fcr jede Art von Haustier auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0646845377398293}]}
{"index": 51, "beams": [{"question": "Finden Sie die Anzahl der Haustiere von Studenten, die \u00e4lter als 20 Jahre sind.", "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": -0.004845463770230651}]}
{"index": 52, "beams": [{"question": "Wie viele Haustiere besitzen Studenten, die \u00e4lter als 20 Jahre sind?", "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": -0.016115366523855812}]}
{"index": 53, "beams": [{"question": "Ermitteln Sie die Anzahl der \u201edog\u201c, die von Studentinnen aufgezogen werden (mit Geschlecht \u201eF\u201c).", "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 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?-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": -0.6147704853142315}]}
{"index": 54, "beams": [{"question": "Wie viele \u201edog\u201c werden von Studentinnen aufgezogen?", "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 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": -0.7431492735601211}]}
{"index": 55, "beams": [{"question": "Ermitteln Sie die Anzahl der verschiedenen Arten von Haustieren.", "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": -5.483624128999054e-06}]}
{"index": 56, "beams": [{"question": "Wie viele verschiedene Arten von Haustieren gibt es?", "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": -6.794920913932856e-06}]}
{"index": 57, "beams": [{"question": "Finden Sie den Vornamen der Studierenden, die eine \u201ecat\u201c oder einen \u201edog\u201c als Haustier haben.", "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": -0.29128986729836015}]}
{"index": 58, "beams": [{"question": "Wie lauten die Vornamen aller Studierenden, die eine \u201ecat\u201c oder einen \u201edog\u201c als Haustier haben?", "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": -0.3140248517488544}]}
{"index": 59, "beams": [{"question": "Finden Sie den Vornamen von Studierenden, die sowohl \u201ecat\u201c als auch \u201edog\u201c als Haustiere haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.1511314322833428}]}
{"index": 60, "beams": [{"question": "Wie lauten die Vornamen der Studierenden, die sowohl \u201ecat\u201c als auch \u201edog\u201c als Haustiere haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"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": -1.2185228765768201}]}
{"index": 61, "beams": [{"question": "Finden Sie die Hauptf\u00e4cher und das Alter der Studierenden, die keine \u201ecat\u201c als Haustier haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.18441770863092444}]}
{"index": 62, "beams": [{"question": "Welches Hauptfach hat jeder Studierende, die keine \u201ecat\u201c als Haustier besitzt, und wie alt sind sie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4704210151425343}]}
{"index": 63, "beams": [{"question": "Finden Sie die ID von Studierenden, die keine \u201ecat\u201c als Haustier haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0011242191538016755}]}
{"index": 64, "beams": [{"question": "Was sind die IDs der Studierenden, die keine \u201ecat\u201c als Haustiere besitzen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00165321344887559}]}
{"index": 65, "beams": [{"question": "Finden Sie den Vornamen und das Alter von Studierenden, die einen \u201edog\u201c, aber keine \u201ecat\u201c als Haustier haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 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 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?-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 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 10) (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))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student.Fname, Student.Age FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID WHERE Student.StuID IN (SELECT Pets.pet_age FROM Has_Pet WHERE Pets.PetType = \"Milk\" EXCEPT SELECT Pets.pet_age FROM Pets WHERE Has_Pet.PetID = \"Cat\")", "inferred_code_readable": "", "score": -1.7030841832594774}]}
{"index": 66, "beams": [{"question": "Wie lautet der Vorname jeder Studierenden, die einen \u201edog\u201c, aber keine \u201ecat\u201c hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 1) (singleton-is_distinct False))))) (val-val1 (String (string-s \"mid\"))))) (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))) (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 \"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 WHERE Student.StuID = \"mid\" EXCEPT SELECT Student.Fname FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID WHERE Pets.PetType = \"Cat\"", "inferred_code_readable": "", "score": -1.2622697660855806}]}
{"index": 67, "beams": [{"question": "Finden Sie den Typ und das Gewicht des j\u00fcngsten Haustieres.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.41752607275248e-06}]}
{"index": 68, "beams": [{"question": "Welche Art von Haustier ist das j\u00fcngste Tier, und wie viel wiegt es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.5616385084626927e-05}]}
{"index": 69, "beams": [{"question": "Ermitteln Sie die ID und das Gewicht aller Haustiere, die \u00e4lter als 1 Jahr sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.9669436163383125e-05}]}
{"index": 70, "beams": [{"question": "Was ist die ID und das Gewicht jedes Haustieres, das \u00e4lter als 1 Jahr ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4901117843635348e-05}]}
{"index": 71, "beams": [{"question": "Finden Sie das Durchschnitts- und H\u00f6chstalter f\u00fcr jede Art von Haustier.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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.pet_age), Max(Pets.pet_age) FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.09005108696552355}]}
{"index": 72, "beams": [{"question": "Was ist das Durchschnitts- und H\u00f6chstalter f\u00fcr jede Art von Haustier?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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.pet_age), Max(Pets.pet_age) FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.4551132545833454}]}
{"index": 73, "beams": [{"question": "Ermitteln Sie das Durchschnittsgewicht f\u00fcr jede Haustierart.", "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 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 Avg(Pets.weight), Pets.PetType FROM Pets GROUP BY Pets.PetType", "inferred_code_readable": "", "score": -0.3227411621758307}]}
{"index": 74, "beams": [{"question": "Wie hoch ist das Durchschnittsgewicht f\u00fcr jede Art von Haustier?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.903366668671197e-05}]}
{"index": 75, "beams": [{"question": "Finden Sie den Vornamen und das Alter von Studierenden, die ein Haustier haben.", "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": -7.74859774566039e-06}]}
{"index": 76, "beams": [{"question": "Wie lauten die verschiedenen Vornamen und das Alter der Studierenden, die Haustiere haben?", "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": -1.358983409005532e-05}]}
{"index": 77, "beams": [{"question": "Finden Sie die Haustier IDs des Studierenden, dessen Nachname \u201eSmith\u201c lautet.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.0003307726340082695}]}
{"index": 78, "beams": [{"question": "Was ist die ID des Haustiers, das der Student mit dem Nachnamen \u201eSmith\u201c besitzt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 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": -0.6769615373907172}]}
{"index": 79, "beams": [{"question": "Finden Sie die Student-ID und die Anzahl der Haustiere f\u00fcr alle Studierenden, die ein Haustier haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 Has_Pet.StuID, Count(*) FROM Has_Pet GROUP BY Has_Pet.StuID", "inferred_code_readable": "", "score": -0.00012993371518632557}]}
{"index": 80, "beams": [{"question": "F\u00fcr Studierende, die Haustiere haben , wie viele Haustiere hat jeder Studierende ? Geben Sie statt der Namen ihre IDs an.", "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 1) (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.StuID FROM Student JOIN Has_Pet ON Student.StuID = Has_Pet.StuID GROUP BY Student.StuID", "inferred_code_readable": "", "score": -0.008147888731812714}]}
{"index": 81, "beams": [{"question": "Finden Sie den Vornamen und das Geschlecht von Studierenden, die mehr als ein Haustier haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.41203641879385344}]}
{"index": 82, "beams": [{"question": "Wie lautet der Vorname und das Geschlecht aller Studierenden, die mehr als ein Haustier haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 Student.StuID HAVING Count(*) > 1", "inferred_code_readable": "", "score": -0.21402549734514054}]}
{"index": 83, "beams": [{"question": "Finden Sie den Nachnamen der Studierenden, die eine \u201ecat\u201c im Alter von 3 Jahren haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 5) (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 WHERE Student.Age = 3 AND Student.Sex = \"F\"", "inferred_code_readable": "", "score": -0.13658886331088382}]}
{"index": 84, "beams": [{"question": "Wie lautet der Nachname der Studierenden, die eine 3 Jahre alte \u201ecat\u201c hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.15355121977631825}]}
{"index": 85, "beams": [{"question": "Ermitteln Sie das Durchschnittsalter von Studierenden, die kein Haustier haben.", "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": -7.176251869367434e-05}]}
{"index": 86, "beams": [{"question": "Wie hoch ist das Durchschnittsalter f\u00fcr alle Studierenden, die keine Haustiere besitzen?", "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": -0.0002325629194288581}]}
{"index": 87, "beams": [{"question": "Wie viele Kontinente gibt es?", "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": -2.944447805219852e-05}]}
{"index": 88, "beams": [{"question": "Wie viele Kontinente gibt es?", "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": -2.944447805219852e-05}]}
{"index": 89, "beams": [{"question": "Wie viele L\u00e4nder gibt es auf jedem Kontinent? Geben Sie die Kontinent-ID, den Namen des Kontinents und die Anzahl der L\u00e4nder 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 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": -0.00013839890949185474}]}
{"index": 90, "beams": [{"question": "Geben Sie f\u00fcr jeden Kontinent seine ID, seinen Namen und die Anzahl seiner L\u00e4nder 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 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 2) (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.Continent", "inferred_code_readable": "", "score": -1.1296372745781014}]}
{"index": 91, "beams": [{"question": "Wie viele L\u00e4nder sind aufgelistet?", "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": -0.0021296767484599854}]}
{"index": 92, "beams": [{"question": "Wie viele L\u00e4nder gibt es?", "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": -4.6491585123931145e-06}]}
{"index": 93, "beams": [{"question": "Wie viele Modelle stellt jeder Autohersteller her? Geben Sie den vollst\u00e4ndigen Namen, die ID und die Nummer des Herstellers 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 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": -0.0059652405950174625}]}
{"index": 94, "beams": [{"question": "Wie lautet der vollst\u00e4ndige Name jedes Autoherstellers mit seiner ID und wie viele Modelle produziert er?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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.FullName, Count(*) FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.6867534399125006}]}
{"index": 95, "beams": [{"question": "Welches Modell des Autos hat die Mindestpferdest\u00e4rke?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))) (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 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT model_list.Model FROM model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Horsepower Asc LIMIT 1", "inferred_code_readable": "", "score": -0.07519332970653636}]}
{"index": 96, "beams": [{"question": "Welches ist das Modell des Autos mit der geringsten Pferdest\u00e4rke?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))) (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 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT model_list.Model FROM model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Horsepower Asc LIMIT 1", "inferred_code_readable": "", "score": -0.10597468166753288}]}
{"index": 97, "beams": [{"question": "Finden Sie das Modell des Autos, dessen Gewicht unter dem Durchschnittsgewicht liegt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3))) (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 (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 model_list.Model FROM model_list JOIN car_names ON model_list.Model = car_names.Model 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": -0.3839486024940726}]}
{"index": 98, "beams": [{"question": "Welches ist das Modell des Autos, dessen Gewicht unter dem Durchschnittsgewicht liegt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3))) (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 (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 model_list.Model FROM model_list JOIN car_names ON model_list.Model = car_names.Model 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": -0.40444569955430154}]}
{"index": 99, "beams": [{"question": "Finden Sie die Namen der Autohersteller, die im Jahr \u201e1970\u201c einige Autos hergestellt haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.3184075902907537}]}
{"index": 100, "beams": [{"question": "Wie lauten die Namen der verschiedenen Autohersteller, die im Jahr \u201e1970\u201c ein Auto produziert haben?", "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 8) (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 WHERE car_makers.FullName = 70", "inferred_code_readable": "", "score": -1.0140980581124097}]}
{"index": 101, "beams": [{"question": "Finden Sie die Marke und Produktionszeit der Autos, die im fr\u00fchesten Jahr produziert wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 23) (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 23) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_names.Make, cars_data.Year FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id ORDER BY cars_data.Year Asc LIMIT 1", "inferred_code_readable": "", "score": -0.005005296764011291}]}
{"index": 102, "beams": [{"question": "Welches ist der Autohersteller, das im fr\u00fchesten Jahr produziert wurde, und welches Jahr war es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.38750576830467764}]}
{"index": 103, "beams": [{"question": "Welche verschiedenen Modelle werden nach \u201e1980\u201c produziert?", "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 12) (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 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 model_list.Model FROM model_list 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": -1.0068853755618932}]}
{"index": 104, "beams": [{"question": "Welches sind die verschiedenen Modelle f\u00fcr die nach \u201e1980\u201c produzierten Karten?", "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 12) (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 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 model_list.Model FROM model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Year > 80", "inferred_code_readable": "", "score": -0.9226738071648981}]}
{"index": 105, "beams": [{"question": "Wie viele Autohersteller gibt es auf jedem Kontinent? Geben Sie den Namen des Kontinents und die Anzahl 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 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 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 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": -0.001109295715998826}]}
{"index": 106, "beams": [{"question": "Wie lauten die Namen der einzelnen Kontinente und wie viele Autohersteller gibt es auf jedem Kontinent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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": -0.33142279659466567}]}
{"index": 107, "beams": [{"question": "In welchem der L\u00e4nder gibt es die meisten Autohersteller? F\u00fchren Sie den Namen des Landes auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.242484020660186e-05}]}
{"index": 108, "beams": [{"question": "Wie lautet der Name des Landes mit den meisten Autoherstellern?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.4676255918620882e-05}]}
{"index": 109, "beams": [{"question": "Wie viele Automodelle werden von jedem Hersteller produziert? Geben Sie nur die Anzahl und den vollst\u00e4ndigen Namen des Herstellers an.", "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 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) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*), car_makers.FullName, car_makers.Id FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.8505650424404649}]}
{"index": 110, "beams": [{"question": "Wie viele Automodelle werden von jedem Hersteller produziert, und wie lauten die ID und der vollst\u00e4ndige Name jedes Herstellers?", "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 8) (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.FullName FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker GROUP BY car_makers.Id", "inferred_code_readable": "", "score": -0.3453714235430638}]}
{"index": 111, "beams": [{"question": "Wie hoch ist die Beschleunigung der Fahrzeugmarke \u201eamc hornet sportabout (sw)\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"cumchorsportsport((ssssssssssssssssssssssssssssssssss\"))))) (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 = \"cumchorsportsport((ssssssssssssssssssssssssssssssssss\"", "inferred_code_readable": "", "score": -10.00495736997253}]}
{"index": 112, "beams": [{"question": "Wie hoch ist die Beschleunigung des Autos der Marke \u201eamc hornet sportabout (sw)\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Achorsportsportsport(ssssssssssssssssssssss\"))))) (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 = \"Achorsportsportsport(ssssssssssssssssssssss\"", "inferred_code_readable": "", "score": -6.514265535161087}]}
{"index": 113, "beams": [{"question": "Wie viele Autohersteller gibt es in \u201eFrance\u201c?", "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": -0.8643720400501564}]}
{"index": 114, "beams": [{"question": "Wie hoch ist die Zahl der Autohersteller in \u201eFrance\u201c?", "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": -0.43485650020419087}]}
{"index": 115, "beams": [{"question": "Wie viele Automodelle werden in den \u201eUSA\u201c hergestellt?", "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 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 \"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": -0.6207707656373387}]}
{"index": 116, "beams": [{"question": "Wie viele Automodelle werden in den \u201eUSA\u201c hergestellt?", "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 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 \"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": -0.6207707656373387}]}
{"index": 117, "beams": [{"question": "Wie hoch sind die durchschnittlichen Meilen pro Gallone (mpg) der Autos mit 4 Zylindern?", "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": -0.00022565234975502335}]}
{"index": 118, "beams": [{"question": "Wie hoch ist die durchschnittliche Meilenzahl pro Gallone f\u00fcr alle Autos mit 4 Zylindern?", "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": -0.00021325314200026924}]}
{"index": 119, "beams": [{"question": "Welches ist das kleinste Gewicht des \u201e1974\u201c produzierten \u201e8\u201c-Zylinder-Autos?", "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": -1.4513939172861612}]}
{"index": 120, "beams": [{"question": "Welches ist das Mindestgewicht des \u201e1974\u201c produzierten \u201e8\u201c-Zylinder-Autos ?", "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": -1.30181725255229}]}
{"index": 121, "beams": [{"question": "Wie hei\u00dfen alle Hersteller und Modelle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 UNION SELECT car_makers.FullName FROM model_list", "inferred_code_readable": "", "score": -0.3413348701083265}]}
{"index": 122, "beams": [{"question": "Wie hei\u00dfen die Hersteller und Modelle?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 12) (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) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT car_makers.Maker, model_list.Model FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker", "inferred_code_readable": "", "score": -0.00018619548932008456}]}
{"index": 123, "beams": [{"question": "In welchen L\u00e4ndern gibt es mindestens einen Autohersteller? Listen Sie den Namen und die ID auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countries.CountryName, countries.CountryName FROM countries JOIN car_makers ON countries.CountryId = car_makers.Country", "inferred_code_readable": "", "score": -0.6239506165938522}]}
{"index": 124, "beams": [{"question": "Wie lauten die Namen und IDs aller L\u00e4nder, in denen es mindestens einen Autohersteller gibt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.23241668818494077}]}
{"index": 125, "beams": [{"question": "Wie viele Autos mit mehr als 150 Pferdest\u00e4rken gibt es?", "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": -0.10135693099037724}]}
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{"index": 127, "beams": [{"question": "Wie hoch ist das Durchschnittsgewicht der Autos pro Jahr?", "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": -2.7775447364319916e-05}]}
{"index": 128, "beams": [{"question": "Wie hoch ist das Durchschnittsgewicht und -alter f\u00fcr jedes Jahr?", "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 (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), Avg(cars_data.Weight), cars_data.Year FROM cars_data GROUP BY cars_data.Year", "inferred_code_readable": "", "score": -0.009384676595239227}]}
{"index": 129, "beams": [{"question": "Welche L\u00e4nder in \u201eEurope\u201c haben mindestens 3 Autohersteller?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0794582335761902}]}
{"index": 130, "beams": [{"question": "Wie lauten die Namen aller \u201eEurope\u201c L\u00e4nder mit mindestens 3 Herstellern?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.14202390269488774}]}
{"index": 131, "beams": [{"question": "Was ist die maximale Leistung und die Marke der Automodelle mit 3 Zylindern?", "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 (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 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.MPG), car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders = 3", "inferred_code_readable": "", "score": -0.05089967980137544}]}
{"index": 132, "beams": [{"question": "Welches ist die gr\u00f6\u00dfte Pferdest\u00e4rke bei den Modellen mit 3 Zylindern und welche Marke ist es?", "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 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 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_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders = 3", "inferred_code_readable": "", "score": -0.603373661191597}]}
{"index": 133, "beams": [{"question": "Welches Modell spart am meisten Benzin? Das hei\u00dft, die maximale Kilometerleistung pro Gallone.", "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 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 5))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (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 17) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Max(model_list.Model), cars_data.MPG FROM model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id GROUP BY cars_data.MPG ORDER BY Sum(cars_data.MPG) Asc LIMIT 1", "inferred_code_readable": "", "score": -1.2437908162854754}]}
{"index": 134, "beams": [{"question": "Welches ist das Automodell mit der h\u00f6chsten mpg ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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.Model 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": -0.6235836294490724}]}
{"index": 135, "beams": [{"question": "Was ist die durchschnittliche Pferdest\u00e4rke der Autos vor \u201e1980\u201c?", "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": -0.45743640942926334}]}
{"index": 136, "beams": [{"question": "Wie hoch ist die durchschnittliche Pferdest\u00e4rke aller vor 1980 produzierten Autos ?", "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))))))))) (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 1980))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(cars_data.Weight) FROM cars_data WHERE cars_data.Year < 1980", "inferred_code_readable": "", "score": -0.6811020064170776}]}
{"index": 137, "beams": [{"question": "Wie hoch ist der durchschnittliche edispl der Autos des \u201evolvo\u201c-Modells?", "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 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 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 14) (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 model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Model = \"PVvo\"", "inferred_code_readable": "", "score": -0.9730201441293431}]}
{"index": 138, "beams": [{"question": "Wie hoch ist der durchschnittliche edispl f\u00fcr alle \u201evolvo\u201c?", "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": -0.27072695521759726}]}
{"index": 139, "beams": [{"question": "Wie hoch ist die maximale Beschleunigung bei unterschiedlicher Zylinderzahl?", "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": -0.6006202028783179}]}
{"index": 140, "beams": [{"question": "Wie hoch ist die maximale Beschleunigung f\u00fcr die verschiedenen Zylinder?", "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": -0.8899961941519194}]}
{"index": 141, "beams": [{"question": "Welches Modell hat die meiste Version(Marke) von Autos?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 4))) (cond?-conds))) (cond?-where) (col_unit*-group_by (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 14) (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.Model FROM car_names GROUP BY car_names.Model ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.1086430548383106}]}
{"index": 142, "beams": [{"question": "Welches Modell hat die meisten verschiedenen Versionen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3))) (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 (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 model_list.Model FROM model_list GROUP BY model_list.Model ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -8.535234510986811e-05}]}
{"index": 143, "beams": [{"question": "Wie viele Autos haben mehr als 4 Zylinder?", "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": -8.12982341713564e-05}]}
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{"index": 145, "beams": [{"question": "Wie viele Autos wurden \u201e1980\u201c produziert?", "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": -0.6529773800643284}]}
{"index": 146, "beams": [{"question": "Wie viele Autos wurden \u201e1980\u201c hergestellt?", "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": -0.6568586987544691}]}
{"index": 147, "beams": [{"question": "Wie viele Automodelle wurden vom Hersteller mit dem vollen Namen \u201eAmerican Motor Company\u201c hergestellt?", "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": -0.0474127551966248}]}
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{"index": 149, "beams": [{"question": "Welche Hersteller haben mehr als 3 Automodelle entworfen? Geben Sie den vollst\u00e4ndigen Namen und die ID 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 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": -0.14808544008908342}]}
{"index": 150, "beams": [{"question": "Wie lauten die Namen und IDs aller Hersteller mit mehr als 3 Modellen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2195616939255771}]}
{"index": 151, "beams": [{"question": "Welche markanten Modelle werden von Herstellern mit dem vollen Namen \u201eGeneral Motors\u201c oder mit einem Gewicht von mehr als 3500 hergestellt?", "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 12) (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 (Or (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 (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 5000))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT model_list.Model FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker WHERE car_makers.FullName > 3000 OR car_makers.FullName > 5000", "inferred_code_readable": "", "score": -2.346911781185696}]}
{"index": 152, "beams": [{"question": "Was sind die verschiedenen Modelle, die entweder vom Autohersteller \u201eGeneral Motors\u201c hergestellt werden oder mehr als 3500 wiegen?", "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 12) (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 (Or (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 1990))))) (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 5000))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT model_list.Model FROM car_makers JOIN model_list ON car_makers.Id = model_list.Maker WHERE car_makers.FullName > 1990 OR car_makers.FullName > 5000", "inferred_code_readable": "", "score": -1.0666098664878803}]}
{"index": 153, "beams": [{"question": "In welchen Jahren wurden Autos produziert, die nicht weniger als 3000 und nicht mehr als 4000 wiegen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5075328651536992}]}
{"index": 154, "beams": [{"question": "In welchen verschiedenen Jahren wurden Autos mit einem Gewicht von weniger als 4000 und Autos mit einem Gewicht von mehr als 3000 hergestellt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 4000))) (val-val2 (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 cars_data.Year FROM cars_data WHERE cars_data.Weight BETWEEN 4000 AND 3000", "inferred_code_readable": "", "score": -0.4123342887430752}]}
{"index": 155, "beams": [{"question": "Wie hoch ist die Pferdest\u00e4rke des Autos mit der gr\u00f6\u00dften Beschleunigung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.2557085393468697e-05}]}
{"index": 156, "beams": [{"question": "Was ist die Pferdest\u00e4rke des Wagens mit der gr\u00f6\u00dften Beschleunigung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.600072201237481e-05}]}
{"index": 157, "beams": [{"question": "Wie viele Zylinder hat das Auto mit der geringsten Beschleunigung beim \u201evolvo\u201c-Modell?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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 14) (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 15) (singleton-is_distinct False))))) (val-val1 (String (string-s \"invo\"))))) (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 model_list JOIN car_names ON model_list.Model = car_names.Model JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE car_names.Make = \"invo\" ORDER BY cars_data.Accelerate Asc LIMIT 1", "inferred_code_readable": "", "score": -2.764089689860988}]}
{"index": 158, "beams": [{"question": "Wie viele Zylinder hat bei einem \u201evolvo\u201c-Modell die Version mit der geringsten Beschleunigung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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 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 model_list JOIN car_names ON model_list.Model = car_names.Model 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": -2.601039315751116}]}
{"index": 159, "beams": [{"question": "Wie viele Autos haben eine gr\u00f6\u00dfere Beschleunigung als das Auto mit der gr\u00f6\u00dften Pferdest\u00e4rke?", "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": -0.00016700828228266573}]}
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{"index": 161, "beams": [{"question": "In wie vielen L\u00e4ndern gibt es mehr als 2 Autohersteller?", "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 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 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.CountryName HAVING Count(*) > 2", "inferred_code_readable": "", "score": -0.015316801117862155}]}
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{"index": 163, "beams": [{"question": "Wie viele Autos haben mehr als 6 Zylinder?", "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 8))))) (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 > 8", "inferred_code_readable": "", "score": -0.33176276087277046}]}
{"index": 164, "beams": [{"question": "Wie hoch ist die Zahl der Autos mit mehr als 6 Zylindern?", "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 8))))) (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 > 8", "inferred_code_readable": "", "score": -0.5237691402403826}]}
{"index": 165, "beams": [{"question": "Welches Modell hat bei den Autos mit 4 Zylindern die gr\u00f6\u00dfte Pferdest\u00e4rke?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (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 cars_data.Horsepower FROM cars_data WHERE cars_data.Cylinders = 4 GROUP BY cars_data.Horsepower ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.10384642451201387}]}
{"index": 166, "beams": [{"question": "Welches Modell hat bei allen 4-Zylinder-Autos die gr\u00f6\u00dfte Pferdest\u00e4rke?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 20) (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 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 GROUP BY cars_data.Horsepower ORDER BY Sum(cars_data.Horsepower) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.3522613901876923}]}
{"index": 167, "beams": [{"question": "Welche von den Autos mit mehr als der niedrigsten Pferdest\u00e4rke haben nicht mehr als 3 Zylinder? Geben Sie die Marke-ID und den Namen des Autos 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 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 14) (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 (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 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_names.Make, car_names.Model FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders BETWEEN 3 AND 3", "inferred_code_readable": "", "score": -0.5851219612195209}]}
{"index": 168, "beams": [{"question": "Welches sind die Marken und Namen aller Autos mit weniger als 4 Zylindern bei den Autos, die keine Mindestpferdest\u00e4rke haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 car_names.Make, car_names.Make FROM car_names JOIN cars_data ON car_names.MakeId = cars_data.Id WHERE cars_data.Cylinders < 4", "inferred_code_readable": "", "score": -0.28769386974160227}]}
{"index": 169, "beams": [{"question": "Welche H\u00f6chstkilometer pro Gallone hat ein \u201e8\u201c-Zylinder-Auto oder ein vor \u201e1980\u201c hergestelltes Auto ?", "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": -2.266216424915953}]}
{"index": 170, "beams": [{"question": "Welches ist das maximale mpg der Autos mit \u201e8\u201c Zylindern oder die vor \u201e1980\u201c hergestellt wurden ?", "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 \"in\"))))) (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 = \"in\" OR cars_data.Year < 8", "inferred_code_readable": "", "score": -1.3979282051160595}]}
{"index": 171, "beams": [{"question": "Welche Modelle sind leichter als 3500, werden aber nicht von der \u201eFord Motor Company\u201c gebaut?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 12) (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 (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 (String (string-s \"SanMotorMotorCompany\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))) (sql?-union))", "inferred_code": "SELECT model_list.Model FROM model_list WHERE model_list.Model > 3000 EXCEPT SELECT model_list.Model FROM model_list JOIN car_makers ON model_list.Maker = car_makers.Id WHERE car_makers.FullName > \"SanMotorMotorCompany\"", "inferred_code_readable": "", "score": -1.7009137569431516}]}
{"index": 172, "beams": [{"question": "Welches sind die verschiedenen Modelle, die leichter als 3500 sind, aber nicht von der \u201eFord Motor Company\u201c gebaut wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 12) (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 model_list.Model FROM model_list EXCEPT SELECT model_list.Model 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": -1.5526819814139685}]}
{"index": 173, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder, in denen es keinen einzigen Autohersteller gibt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.776215538740189e-05}]}
{"index": 174, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder, in denen es keine Autohersteller gibt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.7762156879541635e-05}]}
{"index": 175, "beams": [{"question": "Welches sind die Autohersteller, die mindestens 2 Modelle und mehr als 3 Autohersteller produzieren? F\u00fchren Sie die ID und den Hersteller auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.1523719694619956}]}
{"index": 176, "beams": [{"question": "Welches sind die IDs und Hersteller aller Autohersteller, die mindestens 2 Modelle und mehr als 3 Autos herstellen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))", "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", "inferred_code_readable": "", "score": -0.42657081155277865}]}
{"index": 177, "beams": [{"question": "Was sind die IDs und die Namen der L\u00e4nder, die mehr als 3 Autohersteller haben oder das \u201efiat model\u201c produzieren?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (Or (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 \"in\"))))) (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 (Number (object-f 3))))))) (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 12) (singleton-is_distinct False))))) (val-val1 (String (string-s \"foodat\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (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\" OR car_makers.Maker = 3 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 model_list.Model = \"foodat\"", "inferred_code_readable": "", "score": -7.761707553934734}]}
{"index": 178, "beams": [{"question": "Wie lauten die IDs und Namen aller L\u00e4nder, die entweder mehr als 3 Autohersteller haben oder \u201efiat model\u201c herstellen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 3))))) (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 GROUP BY countries.CountryId HAVING Count(*) > 3", "inferred_code_readable": "", "score": -2.851284603954646}]}
{"index": 179, "beams": [{"question": "Zu welchem Land geh\u00f6rt die Fluggesellschaft \u201eJetBlue Airways\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Walter\"))))) (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 = \"Walter\"", "inferred_code_readable": "", "score": -1.8492314233416423}]}
{"index": 180, "beams": [{"question": "Zu welchem Land geh\u00f6rt die Fluggesellschaft \u201eJetBlue Airways\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Walter\"))))) (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 = \"Walter\"", "inferred_code_readable": "", "score": -1.8492314233416423}]}
{"index": 181, "beams": [{"question": "Wie lautet die Abk\u00fcrzung der Fluggesellschaft  \u201eJetBlue Airways\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"wcBlueAirways\"))))) (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 = \"wcBlueAirways\"", "inferred_code_readable": "", "score": -2.462445002772668}]}
{"index": 182, "beams": [{"question": "Welche Abk\u00fcrzung entspricht  \u201eJetBlue Airways\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"IronAirwaysAirwaysAirways\"))))) (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 = \"IronAirwaysAirwaysAirways\"", "inferred_code_readable": "", "score": -1.29011902492433}]}
{"index": 183, "beams": [{"question": "F\u00fchren Sie alle Namen von Fluggesellschaften und ihre Abk\u00fcrzungen in \u201eUSA\u201c auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.04495026531833446}]}
{"index": 184, "beams": [{"question": "Wie lauten die Namen und Abk\u00fcrzungen der Fluggesellschaften in den USA?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00732779729497679}]}
{"index": 185, "beams": [{"question": "F\u00fchren Sie den Flughafencode und -namen in der Stadt  \u201eAnthony\u201c auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.031537940026297}]}
{"index": 186, "beams": [{"question": "Geben Sie den Flughafencode und den Namen des Flughafens an, der der Stadt  \u201eAnthony\u201c entspricht.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.7797771619513085}]}
{"index": 187, "beams": [{"question": "Wie viele Fluggesellschaften haben wir?", "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": -1.430511154865144e-06}]}
{"index": 188, "beams": [{"question": "Wie hoch ist die Gesamtzahl der Fluggesellschaften?", "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": -3.695484778631908e-06}]}
{"index": 189, "beams": [{"question": "Wie viele Flugh\u00e4fen haben wir?", "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": -3.0994399793371485e-06}]}
{"index": 190, "beams": [{"question": "Geben Sie die Anzahl der Flugh\u00e4fen zur\u00fcck.", "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": -2.5033938726437555e-06}]}
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{"index": 192, "beams": [{"question": "Geben Sie die Anzahl der Fl\u00fcge zur\u00fcck.", "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": -1.9073475669983964e-06}]}
{"index": 193, "beams": [{"question": "Welche Fluggesellschaft hat die Abk\u00fcrzung \u201eUAL\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6002196469245931}]}
{"index": 194, "beams": [{"question": "Geben Sie die Fluggesellschaft mit der Abk\u00fcrzung \u201eUAL\u201c 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 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": -0.016281938111859517}]}
{"index": 195, "beams": [{"question": "Wie viele Fluggesellschaften kommen aus den \u201eUSA\u201c?", "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": -0.6842568516707743}]}
{"index": 196, "beams": [{"question": "Geben Sie die Anzahl der Fluggesellschaften in den \u201eUSA\u201c zur\u00fcck.", "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 \"United\"))))) (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 = \"United\"", "inferred_code_readable": "", "score": -0.5782240852709251}]}
{"index": 197, "beams": [{"question": "In welcher Stadt und in welchem Land befindet sich der Flughafen \u201eAlton\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.11959699527751866}]}
{"index": 198, "beams": [{"question": "Geben Sie die Stadt und das Land f\u00fcr den Flughafen \u201eAlton\u201c 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 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": -0.34825327972821896}]}
{"index": 199, "beams": [{"question": "Wie lautet der Flughafenname f\u00fcr den Flughafen \u201eAKO\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.5366899779859295}]}
{"index": 200, "beams": [{"question": "Geben Sie den Namen des Flughafens mit dem Code \u201eAKO\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0728834922701935e-06}]}
{"index": 201, "beams": [{"question": "Wie lauten die Flughafennamen bei der Stadt \u201eAberdeen\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.6739419603227788}]}
{"index": 202, "beams": [{"question": "Wie lauten die Namen der Flugh\u00e4fen in \u201eAberdeen\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.7739553097597778}]}
{"index": 203, "beams": [{"question": "Wie viele Fl\u00fcge starten von \u201eAPG\u201c?", "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": -0.0022114202771987834}]}
{"index": 204, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Fl\u00fcge, die von \u201eAPG\u201c abfliegen.", "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": -0.0024551239055057295}]}
{"index": 205, "beams": [{"question": "Wie viele Fl\u00fcge haben Zielflughafen \u201eATO\u201c?", "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": -4.374911847548901e-05}]}
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{"index": 207, "beams": [{"question": "Wieviele Fl\u00fcge starten von der Stadt \u201eAberdeen\u201c?", "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 \"AAdeen\"))))) (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 = \"AAdeen\"", "inferred_code_readable": "", "score": -1.2544504410530308}]}
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{"index": 210, "beams": [{"question": "Geben Sie die Anzahl der Fl\u00fcge zur\u00fcck, die in \u201eAberdeen\u201c ankommen.", "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 \"Alicedeen\"))))) (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 = \"Alicedeen\"", "inferred_code_readable": "", "score": -1.6878001248407415}]}
{"index": 211, "beams": [{"question": "Wie viele Fl\u00fcge gehen von der Stadt \u201eAberdeen\u201c ab und haben das Ziel Stadt \u201eAshley\u201c?", "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": -0.7353083173270818}]}
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{"index": 213, "beams": [{"question": "Wie viele Fl\u00fcge hat die Fluggesellschaft \u201eJetBlue Airways\u201c?", "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 \"Bootball\"))))) (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 = \"Bootball\"", "inferred_code_readable": "", "score": -1.9521732121623856}]}
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{"index": 215, "beams": [{"question": "Wie viele Fl\u00fcge der Fluggesellschaft \u201eUnited Airlines\u201c gehen zum Flughafen \u201eASY\u201c?", "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 \"ASY\"))))) (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 = \"ASY\"", "inferred_code_readable": "", "score": -0.5287586527067276}]}
{"index": 216, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Fl\u00fcge von \u201eUnited Airlines\u201c, die am Flughafen \u201eASY\u201c ankommen.", "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 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 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": -1.6683570636125253}]}
{"index": 217, "beams": [{"question": "Wie viele  \u201eUnited Airlines\u201c-Fl\u00fcge gehen vom Flughafen  \u201eAHD\u201c ab?", "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 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 airports JOIN flights WHERE flights.SourceAirport = \"AHD\" AND airlines.Airline = \"UnitedAirlines\"", "inferred_code_readable": "", "score": -0.9737485764283917}]}
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{"index": 219, "beams": [{"question": "Wie viele \u201eUnited Airlines\u201c-Fl\u00fcge gehen in die Stadt \u201eAberdeen\u201c?", "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 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 = \"Alicedeen\" AND airlines.Airline = \"UnitedAirlinesAirlines\"", "inferred_code_readable": "", "score": -1.5180143464520057}]}
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{"index": 223, "beams": [{"question": "Welche Stadt hat die meisten abfliegenden Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0016998545848210256}]}
{"index": 224, "beams": [{"question": "Welche Stadt ist der h\u00e4ufigste Ausgangsflughafen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.05341950398468498}]}
{"index": 225, "beams": [{"question": "Wie lautet der Code des Flughafens mit der h\u00f6chsten Anzahl von Fl\u00fcgen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.7601463400710244}]}
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{"index": 228, "beams": [{"question": "Geben Sie den Code des Flughafens mit den wenigsten Fl\u00fcgen 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 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 (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 airports JOIN flights ON airports.AirportCode = flights.SourceAirport GROUP BY flights.SourceAirport ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.4880110640831674}]}
{"index": 229, "beams": [{"question": "Welche Fluggesellschaft hat die meisten Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.004419028277396819}]}
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{"index": 231, "beams": [{"question": "Finden Sie die Abk\u00fcrzung und das Land der Fluggesellschaft mit der geringsten Anzahl von Fl\u00fcgen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (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 airports JOIN flights GROUP BY flights.Airline ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.49436065843320165}]}
{"index": 232, "beams": [{"question": "Welches ist die Abk\u00fcrzung der Fluggesellschaft mit den wenigsten Fl\u00fcgen und in welchem Land befindet sie sich?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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 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 9) (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 airports JOIN flights GROUP BY airports.CountryAbbrev ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -3.4230483168219834}]}
{"index": 233, "beams": [{"question": "Welche Fluggesellschaften haben einige Fl\u00fcge, die vom Flughafen \u201eAHD\u201c abfliegen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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 10) (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 \"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 airports JOIN flights WHERE flights.SourceAirport = \"AHD\"", "inferred_code_readable": "", "score": -0.3473468675640845}]}
{"index": 234, "beams": [{"question": "Welche Fluggesellschaften haben einen Flug mit dem Quellflughafen \u201eAHD\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.6929573204879773}]}
{"index": 235, "beams": [{"question": "Welche Fluggesellschaften haben Fl\u00fcge, die am Flughafen \u201eAHD\u201c ankommen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"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 airports JOIN flights WHERE flights.SourceAirport = \"AHD\"", "inferred_code_readable": "", "score": -1.2281572215856684}]}
{"index": 236, "beams": [{"question": "Welche Fluggesellschaften haben einen Flug mit Zielflughafen \u201eAHD\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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": -0.7576363040570868}]}
{"index": 237, "beams": [{"question": "Finden Sie alle Fluggesellschaften, die Fl\u00fcge von den beiden Flugh\u00e4fen \u201eAPG\u201c und \u201eCVO\u201c haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"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 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 \"CVO\"))))) (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 = \"AnPG\" INTERSECT SELECT airlines.Airline FROM airports JOIN flights ON airports.AirportCode = flights.Airline AND flights.Airline = flights.Airline JOIN airlines WHERE flights.SourceAirport = \"CVO\"", "inferred_code_readable": "", "score": -1.1778706270029318}]}
{"index": 238, "beams": [{"question": "Welche Fluggesellschaften haben Fl\u00fcge, die sowohl vom Flughafen  \u201eAPG\u201c als auch vom Flughafen \u201eCVO\u201c abfliegen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 13) (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 \"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 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 13) (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 \"CVO\"))))) (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 JOIN airlines ON flights.DestAirport = airlines.uid WHERE flights.SourceAirport = \"CVO\"", "inferred_code_readable": "", "score": -2.3878577305441553}]}
{"index": 239, "beams": [{"question": "Finden Sie alle Fluggesellschaften, die vom Flughafen \u201eCVO\u201c, aber nicht von der \u201eAPG\u201c abfliegen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"MVO\"))))) (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 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 \"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 = \"MVO\" EXCEPT SELECT airlines.Airline FROM airports JOIN flights WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -2.7909496994027094}]}
{"index": 240, "beams": [{"question": "Welche Fluggesellschaften haben Abfl\u00fcge vom Flughafen \u201eCVO\u201c, aber nicht von den Flugh\u00e4fen \u201eAPG\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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 \"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 JOIN airlines ON flights.Airline = airlines.uid WHERE flights.SourceAirport = \"APG\"", "inferred_code_readable": "", "score": -2.8460672568962906}]}
{"index": 241, "beams": [{"question": "Finden Sie alle Fluggesellschaften, die mindestens 10 Fl\u00fcge haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))) (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 (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": -0.39506611657034796}]}
{"index": 242, "beams": [{"question": "Welche Fluggesellschaften haben mindestens 10 Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 11) (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.FlightNo HAVING Count(*) >= 10", "inferred_code_readable": "", "score": -1.573764141829784}]}
{"index": 243, "beams": [{"question": "Finden Sie alle Fluggesellschaften, die weniger als 200 Fl\u00fcge haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 10) (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": -0.01755641511831385}]}
{"index": 244, "beams": [{"question": "Welche Fluggesellschaften haben weniger als 200 Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 10) (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": -0.04888672246217851}]}
{"index": 245, "beams": [{"question": "Was sind die Flugnummern der Fluggesellschaft \u201eUnited Airlines\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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": -1.4342605909602426}]}
{"index": 246, "beams": [{"question": "Welche Flugnummern entsprechen den Fl\u00fcgen der Fluggesellschaft \u201eUnited Airlines\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.10078987789569993}]}
{"index": 247, "beams": [{"question": "Wie sind die Flugnummern der Fl\u00fcge, die vom Flughafen \u201eAPG\u201c abfliegen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.40134830601407145}]}
{"index": 248, "beams": [{"question": "Geben Sie die Flugnummern der Fl\u00fcge an, die vom Flughafen \u201eAPG\u201c abfliegen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.35372195442783294}]}
{"index": 249, "beams": [{"question": "Wie sind die Flugnummern der am Flughafen \u201eAPG\u201c ankommenden Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.1492271382464878}]}
{"index": 250, "beams": [{"question": "Geben Sie die Flugnummern der Fl\u00fcge an, die am Flughafen \u201eAPG\u201c landen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 7) (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 airports JOIN flights ON airports.AirportCode = flights.SourceAirport WHERE airports.AirportName = \"APG\"", "inferred_code_readable": "", "score": -0.8386968488227211}]}
{"index": 251, "beams": [{"question": "Wie sind die Flugnummern der Fl\u00fcge, die von der Stadt \u201eAberdeen\u201c abfliegen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9381643159902708}]}
{"index": 252, "beams": [{"question": "Geben Sie die Flugnummern der Fl\u00fcge an, die von \u201eAberdeen\u201c abfliegen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"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": -1.2408816224695087}]}
{"index": 253, "beams": [{"question": "Wie lauten die Flugnummern der Fl\u00fcge, die in der Stadt \u201eAberdeen\u201c ankommen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9779087460974338}]}
{"index": 254, "beams": [{"question": "Geben Sie die Flugnummern der Fl\u00fcge an, die in \u201eAberdeen\u201c ankommen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.3724441081711447}]}
{"index": 255, "beams": [{"question": "Geben Sie die Anzahl der Fl\u00fcge an, die in \u201eAberdeen\u201c oder in \u201eAbilene\u201c landen.", "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 \"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 \"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 = \"Alicedeen\" OR airports.City = \"Bob\"", "inferred_code_readable": "", "score": -1.798231376007024}]}
{"index": 256, "beams": [{"question": "Wie viele Fl\u00fcge landen in \u201eAberdeen\u201c oder \u201eAbilene\u201c?", "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 (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 \"Boblene\"))))))) (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\" OR airports.City = \"Boblene\"", "inferred_code_readable": "", "score": -1.4207181821471195}]}
{"index": 257, "beams": [{"question": "Finden Sie die Namen der Flugh\u00e4fen, die keine Hin- und R\u00fcckfl\u00fcge haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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))))))))) (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 airports.AirportName FROM airports)", "inferred_code_readable": "", "score": -2.140492097934171}]}
{"index": 258, "beams": [{"question": "Welche Flugh\u00e4fen haben keine abfliegenden oder ankommenden Fl\u00fcge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.76170753798533e-05}]}
{"index": 259, "beams": [{"question": "Wie viele Mitarbeiter sind dort besch\u00e4ftigt?", "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": -1.192088207346842e-05}]}
{"index": 260, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Mitarbeiter", "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": -8.344621079459102e-06}]}
{"index": 261, "beams": [{"question": "Sortieren Sie die Namen der Mitarbeiter nach ihrem Alter in aufsteigender Reihenfolge.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.529950139442462e-06}]}
{"index": 262, "beams": [{"question": "Listen Sie die Namen der Mitarbeiter auf und sortieren Sie sie in aufsteigender Reihenfolge ihres Alters.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.960457706066791e-06}]}
{"index": 263, "beams": [{"question": "Wie hoch ist die Anzahl der Mitarbeiter aus jeder Stadt?", "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": -0.01827432399805673}]}
{"index": 264, "beams": [{"question": "Z\u00e4hlen Sie die MitarbeiterInnen f\u00fcr jede Stadt.", "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": -0.17299263178371405}]}
{"index": 265, "beams": [{"question": "Aus welchen St\u00e4dten kommen mehr als ein Mitarbeiter unter 30 Jahren?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4462914971697458}]}
{"index": 266, "beams": [{"question": "Suchen Sie die St\u00e4dte, in denen mehr als ein Mitarbeiter unter 30 Jahren besch\u00e4ftigt ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 1))))) (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(*) > 1", "inferred_code_readable": "", "score": -0.7033462298013333}]}
{"index": 267, "beams": [{"question": "Ermitteln Sie die Anzahl der Gesch\u00e4fte an jedem Standort.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.8610222599922963e-06}]}
{"index": 268, "beams": [{"question": "Wie viele Gesch\u00e4fte gibt es an jedem Standort?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.8610223807845614e-06}]}
{"index": 269, "beams": [{"question": "Finden Sie den Namen des Gesch\u00e4ftsleiters und den Bezirk des Gesch\u00e4fts, in dem die Anzahl der Produkte am gr\u00f6\u00dften ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 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 GROUP BY shop.Manager_name ORDER BY Sum(shop.Number_products) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.12417613629040858}]}
{"index": 270, "beams": [{"question": "Wie lauten der Name des Gesch\u00e4ftsleiters und der Bezirk des Gesch\u00e4fts, das die gr\u00f6\u00dfte Anzahl von Produkten verkauft?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 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 GROUP BY shop.Manager_name ORDER BY Sum(shop.Number_products) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.029511793433989908}]}
{"index": 271, "beams": [{"question": "Finden Sie die minimale und maximale Anzahl von Produkten aller Gesch\u00e4fte.", "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": -0.00019072031993516703}]}
{"index": 272, "beams": [{"question": "Wie hoch ist die minimale und maximale Anzahl der Produkte aller Gesch\u00e4fte?", "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": -5.197450639826684e-05}]}
{"index": 273, "beams": [{"question": "Geben Sie den Namen, den Standort und den Bezirk aller Gesch\u00e4fte in absteigender Reihenfolge der Anzahl der Produkte 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 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": -2.6822010411819974e-05}]}
{"index": 274, "beams": [{"question": "Sortieren Sie alle Gesch\u00e4fte nach der Anzahl der Produkte in absteigender Reihenfolge, und geben Sie den Namen, den Standort und den Bezirk jedes Gesch\u00e4fts zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.2795910644599644e-05}]}
{"index": 275, "beams": [{"question": "Finden Sie die Namen von Gesch\u00e4ften, deren Anzahl der Produkte die durchschnittliche Anzahl der Produkte \u00fcbersteigt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.6293899340385e-06}]}
{"index": 276, "beams": [{"question": "Bei welchen Gesch\u00e4ften liegt die Anzahl der Produkte \u00fcber dem Durchschnitt? Geben Sie mir die Namen der Gesch\u00e4fte.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.4836249958611916e-06}]}
{"index": 277, "beams": [{"question": "Finden Sie den Namen des Mitarbeiters, der bei der Bewertung am h\u00e4ufigsten ausgezeichnet wurde.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0001715394055707975}]}
{"index": 278, "beams": [{"question": "Welcher Mitarbeiter hat bei der Bewertung die meisten Auszeichnungen erhalten? Geben Sie mir den Namen des Mitarbeiters.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3)) (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 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": -1.156200675631112}]}
{"index": 279, "beams": [{"question": "Finden Sie den Namen des Mitarbeiters, der den h\u00f6chsten einmaligen Bonus erhalten hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.014012753439892833}]}
{"index": 280, "beams": [{"question": "Welcher Mitarbeiter hat den h\u00f6chsten Bonus erhalten? Geben Sie mir den Namen des Mitarbeiters.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3)) (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 15) (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 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": -0.04173916960604629}]}
{"index": 281, "beams": [{"question": "Finden Sie die Namen der Mitarbeiter, die bei der Bewertung nie einen Preis gewonnen haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.7762157128231593e-05}]}
{"index": 282, "beams": [{"question": "Wie lauten die Namen der Mitarbeiter, die bei der Bewertung nie eine Auszeichnung erhalten haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.573560679446473e-05}]}
{"index": 283, "beams": [{"question": "Wie lautet der Name des Gesch\u00e4fts, das die gr\u00f6\u00dfte Anzahl von Mitarbeitern einstellt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.047468047522542633}]}
{"index": 284, "beams": [{"question": "Welches Gesch\u00e4ft hat die meisten Mitarbeiter? Geben Sie mir den Namen des Gesch\u00e4fts.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.01237452422603269}]}
{"index": 285, "beams": [{"question": "Suchen Sie die Namen der Gesch\u00e4fte, die keine Mitarbeiter einstellen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0848039018185318e-05}]}
{"index": 286, "beams": [{"question": "Welche Gesch\u00e4fte haben keine Mitarbeiter? Finden Sie die Namen der Gesch\u00e4fte.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.168250298633211e-05}]}
{"index": 287, "beams": [{"question": "Finden Sie die Anzahl der in jedem Gesch\u00e4ft eingestellten Mitarbeiter; zeigen Sie auch den Namen des Gesch\u00e4fts 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 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": -0.06300978263809753}]}
{"index": 288, "beams": [{"question": "Geben Sie f\u00fcr jedes Gesch\u00e4ft die Anzahl der dort besch\u00e4ftigten Mitarbeiter und den Namen des Gesch\u00e4fts 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 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": -0.2651324274770488}]}
{"index": 289, "beams": [{"question": "Wie hoch ist der Gesamtbonus, der in allen Bewertungen angegeben wird?", "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": -0.0002642545314444078}]}
{"index": 290, "beams": [{"question": "Ermitteln Sie den Gesamtbetrag des Bonus, der in allen Bewertungen angegeben ist.", "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": -0.0001611592925740979}]}
{"index": 291, "beams": [{"question": "Geben Sie mir alle Informationen \u00fcber die Einstellung.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.6212418948668983e-05}]}
{"index": 292, "beams": [{"question": "Was sind alle Informationen \u00fcber die Einstellung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.89435334730615e-06}]}
{"index": 293, "beams": [{"question": "In welchem Bezirk gibt es sowohl Gesch\u00e4fte mit weniger als 3000 Produkten als auch Gesch\u00e4fte mit mehr als 10000 Produkten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.03501226238708455}]}
{"index": 294, "beams": [{"question": "Finden Sie die Bezirke, in denen es sowohl Gesch\u00e4fte mit weniger als 3000 Produkten als auch Gesch\u00e4fte mit mehr als 10000 Produkten gibt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.047006185151801105}]}
{"index": 295, "beams": [{"question": "Wie viele verschiedene Standorte gibt es?", "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": -4.780215896715845e-05}]}
{"index": 296, "beams": [{"question": "Z\u00e4hlen Sie die verschiedenen Standorte.", "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": -1.859659577974071e-05}]}
{"index": 297, "beams": [{"question": "Wie viele Dokumente haben wir?", "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": -1.3112974713180847e-05}]}
{"index": 298, "beams": [{"question": "Z\u00e4hlen Sie die Dokumente.", "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": -1.8358114822092375e-05}]}
{"index": 299, "beams": [{"question": "Listen Sie die IDs, Namen und Beschreibungen f\u00fcr alle Dokumente auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0848030512988771e-05}]}
{"index": 300, "beams": [{"question": "Was sind die IDs, Namen und Beschreibungen f\u00fcr alle Dokumente?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.821477500475794e-06}]}
{"index": 301, "beams": [{"question": "Wie lauten der Dokumentname und die Vorlagen-ID f\u00fcr ein Dokument mit einer Beschreibung, in der \u201ew\u201c vorkommt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.886331021773394}]}
{"index": 302, "beams": [{"question": "Geben Sie die Namen und Vorlagen-IDs f\u00fcr Dokumente zur\u00fcck, die \u201ew\u201c in ihrer Beschreibung enthalten.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.3053844570869657}]}
{"index": 303, "beams": [{"question": "Wie lauten die Dokument-ID, die Vorlagen-ID und die Beschreibung f\u00fcr ein Dokument mit dem Namen \u201eRobbin CV\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"NoinCVCV\"))))) (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 = \"NoinCVCV\"", "inferred_code_readable": "", "score": -2.4880104354882775}]}
{"index": 304, "beams": [{"question": "Geben Sie die Dokument-ID, die Vorlagen-ID und die Beschreibung f\u00fcr das Dokument mit dem Namen \u201eRobbin CV\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"NoronCVCV\"))))) (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 = \"NoronCVCV\"", "inferred_code_readable": "", "score": -2.5785212199936467}]}
{"index": 305, "beams": [{"question": "Wie viele verschiedene Vorlagen werden f\u00fcr alle Dokumente verwendet?", "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": -0.17839312548708364}]}
{"index": 306, "beams": [{"question": "Z\u00e4hlen Sie die verschiedenen Vorlagen, die f\u00fcr Dokumente verwendet werden.", "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))))))))) (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 Templates.Template_Type_Code) FROM Templates", "inferred_code_readable": "", "score": -0.001071392248881864}]}
{"index": 307, "beams": [{"question": "Wie viele Dokumente verwenden die Vorlage mit dem Typcode \u201ePPT\u201c?", "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 \"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 WHERE Templates.Template_Type_Code = \"PPT\"", "inferred_code_readable": "", "score": -0.0062273139135200495}]}
{"index": 308, "beams": [{"question": "Z\u00e4hlen Sie die Dokumente, die den Vorlagentyp \u201ePPT\u201c verwenden.", "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 \"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 WHERE Templates.Template_Type_Code = \"PPT\"", "inferred_code_readable": "", "score": -3.7073592210390416e-05}]}
{"index": 309, "beams": [{"question": "Zeigen Sie alle Vorlagen-IDs und die Anzahl der Dokumente, die jede Vorlage verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.82147985237225e-06}]}
{"index": 310, "beams": [{"question": "Was sind die verschiedenen Vorlagen-IDs, die f\u00fcr Dokumente verwendet werden, und wie oft wurden sie jeweils verwendet?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.455696176895117e-05}]}
{"index": 311, "beams": [{"question": "Welches ist der ID und Typcode f\u00fcr die Vorlage, die von den meisten Dokumenten verwendet wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 10) (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": -0.09520154758369159}]}
{"index": 312, "beams": [{"question": "Geben Sie die ID und den Typcode der Vorlage zur\u00fcck, die f\u00fcr die gr\u00f6\u00dfte Anzahl von Dokumenten verwendet wird.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 10) (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": -0.15348968545481512}]}
{"index": 313, "beams": [{"question": "Zeigen Sie die IDs f\u00fcr alle Vorlagen an, die von mehr als einem Dokument verwendet werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0004682015502268655}]}
{"index": 314, "beams": [{"question": "Wie lauten die Vorlagen-IDs aller Vorlagen, die in mehr als einem Dokument verwendet werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0010109480897924072}]}
{"index": 315, "beams": [{"question": "Zeigen Sie die IDs aller Vorlagen an, die von keinem Dokument verwendet werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.106215304337638e-06}]}
{"index": 316, "beams": [{"question": "Wie lauten die IDs von Vorlagen, die in keinem Dokument verwendet werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.457068416423681e-06}]}
{"index": 317, "beams": [{"question": "Wie viele Vorlagen haben wir?", "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": -2.2649753788073212e-06}]}
{"index": 318, "beams": [{"question": "Z\u00e4hlen Sie die Vorlagen.", "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": -2.6226024800735104e-06}]}
{"index": 319, "beams": [{"question": "Zeigen Sie die IDs, die Versionsnummern und die Typcodes f\u00fcr alle Vorlagen 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 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": -7.033343884188525e-06}]}
{"index": 320, "beams": [{"question": "Was sind die IDs, Versionsnummern und Typcodes f\u00fcr jede Vorlage?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.179105944667754e-06}]}
{"index": 321, "beams": [{"question": "Alle verschiedenen Typcodes f\u00fcr alle Vorlagen anzeigen.", "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": -3.1947763339701396e-05}]}
{"index": 322, "beams": [{"question": "Was sind die verschiedenen Vorlagentypcodes?", "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": -0.0019569872089491014}]}
{"index": 323, "beams": [{"question": "Wie lauten die Vorlagen-IDs mit dem Vorlagentypcode \u201ePP\u201c oder \u201ePPT\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.0901811122474783}]}
{"index": 324, "beams": [{"question": "Geben Sie die IDs von Vorlagen mit dem Code \u201ePP\u201c oder \u201ePPT\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"E\"))))) (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 = \"E\" OR Templates.Template_Type_Code = \"Paper\"", "inferred_code_readable": "", "score": -1.9477054835059349}]}
{"index": 325, "beams": [{"question": "Wie viele Vorlagen haben den Typcode \u201eCV\u201c?", "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": -0.0036067652981088827}]}
{"index": 326, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Vorlagen vom Typ \u201eCV\u201c.", "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": -0.001615789136437229}]}
{"index": 327, "beams": [{"question": "Wie lautet die Versionsnummer und der Typcode f\u00fcr die Vorlage mit einer Versionsnummer von mehr als 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": -0.0001841729213367671}]}
{"index": 328, "beams": [{"question": "Z\u00e4hlen Sie die Versionsnummern und Typcodes von Vorlagen mit einer Versionsnummer gr\u00f6\u00dfer als 5.", "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 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 Count(*), Templates.Version_Number FROM Templates WHERE Templates.Version_Number > 5", "inferred_code_readable": "", "score": -0.0386455050248955}]}
{"index": 329, "beams": [{"question": "Zeigen Sie alle Vorlagentypcodes und die Anzahl der jeweiligen Vorlagen 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 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": -8.821475617537544e-06}]}
{"index": 330, "beams": [{"question": "Welches sind die verschiedenen Vorlagentypcodes, und wie viele Vorlagen entsprechen ihnen jeweils?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.463844721973146e-06}]}
{"index": 331, "beams": [{"question": "Welcher Typcode hat die meisten Vorlagen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.690125660137937e-05}]}
{"index": 332, "beams": [{"question": "Geben Sie den Typcode zur\u00fcck, zu dem die meisten Vorlagen geh\u00f6ren.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00011241015364049645}]}
{"index": 333, "beams": [{"question": "Alle Vorlagentypcodes mit weniger als drei Vorlagen anzeigen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.989587584868787e-05}]}
{"index": 334, "beams": [{"question": "Was sind die Codes der Vorlagentypen, die weniger als 3 Vorlagen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00010001394459635549}]}
{"index": 335, "beams": [{"question": "Was ist die kleinste Versionsnummer und ihr Vorlagentypcode?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.8318782179565e-05}]}
{"index": 336, "beams": [{"question": "Geben Sie die kleinste Versionsnummer zusammen mit dem entsprechenden Vorlagentypcode zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (Min)) (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.Version_Number, Min(Templates.Template_Type_Code) FROM Templates", "inferred_code_readable": "", "score": -0.5499660944503475}]}
{"index": 337, "beams": [{"question": "Wie lautet der Typcode der Vorlage, die von einem Dokument mit dem Namen \u201eData base\u201c verwendet wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 3) (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 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": -1.2778955417635416}]}
{"index": 338, "beams": [{"question": "Geben Sie den Typcode der Vorlage zur\u00fcck, die von einem Dokument mit dem Namen \u201eData base\u201c verwendet wird.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2262500721373542}]}
{"index": 339, "beams": [{"question": "Zeigen Sie alle Dokumentnamen an, die Vorlagen mit dem Vorlagentypcode \u201eBK\u201c verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.007607484467065717}]}
{"index": 340, "beams": [{"question": "Wie lauten die Namen von Dokumenten, die Vorlagen mit dem Code \u201eBK\u201c verwenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0010345772559645638}]}
{"index": 341, "beams": [{"question": "Zeigen Sie alle Vorlagentypcodes und die Anzahl der Dokumente an, die jeden Typ verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.46385052000187e-06}]}
{"index": 342, "beams": [{"question": "Was sind die verschiedenen Vorlagentypcodes, und wie viele Dokumente verwenden jeden Typ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0967228867286849e-05}]}
{"index": 343, "beams": [{"question": "Welcher Vorlagentypcode wird von der meisten Anzahl von Dokumenten verwendet?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.0292478381331875e-05}]}
{"index": 344, "beams": [{"question": "Geben Sie den Code des Vorlagentyps zur\u00fcck, der am h\u00e4ufigsten in Dokumenten verwendet wird.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.2332089708784224e-05}]}
{"index": 345, "beams": [{"question": "Zeigen Sie alle Typcodes der Vorlagen an, die von keinem Dokument verwendet werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.002454797860472979}]}
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{"index": 348, "beams": [{"question": "Wie lauten die Typencodes und Beschreibungen f\u00fcr alle Vorlagen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.319286716978013e-05}]}
{"index": 349, "beams": [{"question": "Wie lauten die Beschreibungen f\u00fcr den Vorlagentypcode \u201eAD\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"CV\"))))) (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 = \"CV\"", "inferred_code_readable": "", "score": -0.43842631578404934}]}
{"index": 350, "beams": [{"question": "Geben Sie die Vorlagentypbeschreibung des Vorlagentyps mit dem Code \u201eAD\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"CV\"))))) (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 = \"CV\"", "inferred_code_readable": "", "score": -0.5317574739402957}]}
{"index": 351, "beams": [{"question": "Wie lautet der Code des Vorlagentyps f\u00fcr die Beschreibung des Vorlagentyps \u201eBook\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.20064118504505757}]}
{"index": 352, "beams": [{"question": "Geben Sie den Typcode der Vorlagen mit der Beschreibung \u201eBook\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.20353719591996366}]}
{"index": 353, "beams": [{"question": "Welches sind die verschiedenen Beschreibungen f\u00fcr die Vorlagen, die jemals von einem Dokument verwendet wurden?", "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 5) (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", "inferred_code_readable": "", "score": -0.8704658117564108}]}
{"index": 354, "beams": [{"question": "Geben Sie die verschiedenen Beschreibungen f\u00fcr Vorlagen zur\u00fcck, die in einem Dokument verwendet worden sind.", "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 5) (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", "inferred_code_readable": "", "score": -0.019414532897329195}]}
{"index": 355, "beams": [{"question": "Welches sind die Vorlagen-IDs mit der Beschreibung \u201ePresentation\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Papering\"))))) (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 = \"Papering\"", "inferred_code_readable": "", "score": -2.2232558719843922}]}
{"index": 356, "beams": [{"question": "Geben Sie die IDs zur\u00fcck, die den Vorlagen mit der Beschreibung \u201ePresentation\u201c entsprechen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.5495057669402144}]}
{"index": 357, "beams": [{"question": "Wie viele Abs\u00e4tze gibt es insgesamt?", "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": -1.311301971895773e-06}]}
{"index": 358, "beams": [{"question": "Z\u00e4hlen Sie die Abs\u00e4tze.", "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": -3.9339018513828705e-06}]}
{"index": 359, "beams": [{"question": "Wie viele Abs\u00e4tze gibt es im Dokument mit dem Namen \u201eSummer Show\u201c?", "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 \"DuShowShow\"))))) (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 = \"DuShowShow\"", "inferred_code_readable": "", "score": -0.9829669991188581}]}
{"index": 360, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Abs\u00e4tze f\u00fcr das Dokument mit dem Namen  \u201eSummer Show\u201c.", "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 \"NokiaShowShow\"))))) (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 = \"NokiaShowShow\"", "inferred_code_readable": "", "score": -1.2583106693264554}]}
{"index": 361, "beams": [{"question": "Zeigen Sie Details f\u00fcr den Absatz mit dem Text \u201eKorea\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Go\"))))) (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 = \"Go\"", "inferred_code_readable": "", "score": -1.7007062314064072}]}
{"index": 362, "beams": [{"question": "Wie lauten die Details f\u00fcr den Absatz mit dem Text \u201eKorea\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Go\"))))) (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 = \"Go\"", "inferred_code_readable": "", "score": -1.5297109783842942}]}
{"index": 363, "beams": [{"question": "Alle Absatz-IDs und Texte f\u00fcr das Dokument mit dem Namen \u201eWelcome to NY\u201c anzeigen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 15) (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 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"DemototoNYto\"))))) (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 = \"DemototoNYto\"", "inferred_code_readable": "", "score": -0.7323263145201722}]}
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{"index": 365, "beams": [{"question": "Alle Absatztexte f\u00fcr das Dokument mit dem Namen \u201eCustomer reviews\" anzeigen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Gotareviewsreviews\"))))) (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 = \"Gotareviewsreviews\"", "inferred_code_readable": "", "score": -3.2618289384400185}]}
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{"index": 367, "beams": [{"question": "Alle Dokument-IDs und die Anzahl der Abs\u00e4tze in jedem Dokument anzeigen. Nach Dokument-ID geordnet.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.8292764151701704e-05}]}
{"index": 368, "beams": [{"question": "Geben Sie die verschiedenen Dokument-IDs zusammen mit der Anzahl der entsprechenden Abs\u00e4tze, geordnet nach ID, zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00013398691820754038}]}
{"index": 369, "beams": [{"question": "Alle Dokument-IDs, Namen und die Anzahl der Abs\u00e4tze in jedem Dokument anzeigen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID, Documents.Document_Name, Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Paragraphs.Document_ID", "inferred_code_readable": "", "score": -0.0610321285442339}]}
{"index": 370, "beams": [{"question": "Was sind die IDs und Namen der einzelnen Dokumente sowie die Anzahl der Abs\u00e4tze in jedem Dokument?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 15) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Paragraphs.Document_ID, Documents.Document_Name, Count(*) FROM Documents JOIN Paragraphs ON Documents.Document_ID = Paragraphs.Document_ID GROUP BY Paragraphs.Document_ID", "inferred_code_readable": "", "score": -0.27672489507578746}]}
{"index": 371, "beams": [{"question": "Alle Dokument-IDs mit mindestens zwei Abs\u00e4tzen auflisten.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00018238015390892315}]}
{"index": 372, "beams": [{"question": "Wie lauten die IDs von Dokumenten mit 2 oder mehr Abs\u00e4tzen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.702083673028937e-05}]}
{"index": 373, "beams": [{"question": "Wie lauten die ID und der Name des Dokuments mit der gr\u00f6\u00dften Anzahl von Abs\u00e4tzen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Paragraphs.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": -0.7265815612471727}]}
{"index": 374, "beams": [{"question": "Geben Sie die ID und den Namen des Dokuments mit den meisten Abs\u00e4tzen zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Paragraphs.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": -0.5887222279790478}]}
{"index": 375, "beams": [{"question": "Welches ist die Dokument-ID mit der geringsten Anzahl von Abs\u00e4tzen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0003780631455185812}]}
{"index": 376, "beams": [{"question": "Geben Sie die Dokument-ID mit den wenigsten Abs\u00e4tzen zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00021432303365997996}]}
{"index": 377, "beams": [{"question": "Wie lautet die Dokument-ID mit 1 bis 2 Abs\u00e4tzen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 1))) (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 1 AND 2", "inferred_code_readable": "", "score": -0.41680751885963474}]}
{"index": 378, "beams": [{"question": "Geben Sie die IDs von Dokumenten an, die zwischen einem und zwei Abs\u00e4tzen haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.366316776276733}]}
{"index": 379, "beams": [{"question": "Geben Sie die Dokument-ID mit den Abs\u00e4tzen \u201eBrasilien\" und \u201eIrland\u201c 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 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 \"Night\"))))) (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 = \"Night\"", "inferred_code_readable": "", "score": -1.7727718678302722}]}
{"index": 380, "beams": [{"question": "Wie lauten die IDs von Dokumenten, die den Absatztext  \u201eBrasilien\" und \u201eIrland\u201c enthalten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Night\"))))) (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 = \"Night\"", "inferred_code_readable": "", "score": -2.3520797714511588}]}
{"index": 381, "beams": [{"question": "Wie viele Lehrenden gibt es?", "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": -1.3113019434740636e-06}]}
{"index": 382, "beams": [{"question": "Wie viele Lehrenden gibt es insgesamt?", "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": -1.5497202454639591e-06}]}
{"index": 383, "beams": [{"question": "F\u00fchren Sie die Namen der Lehrenden in aufsteigender Reihenfolge ihres Alters auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.384185350479129e-06}]}
{"index": 384, "beams": [{"question": "Wie lauten die Namen der Lehrenden in aufsteigender Reihenfolge ihres Alters?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.026557559986486e-06}]}
{"index": 385, "beams": [{"question": "Welches Alter und welchen Heimatort haben die Lehrenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.2649760751392023e-06}]}
{"index": 386, "beams": [{"question": "Wie alt sind die Lehrenden und woher kommen sie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.225423336227777e-06}]}
{"index": 387, "beams": [{"question": "F\u00fchren Sie die Namen von Lehrenden auf, deren Heimatort nicht \u201eLittle Lever Urban District\u201c ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"ScaLeverLeverUrbanDistrict\"))))) (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 != \"ScaLeverLeverUrbanDistrict\"", "inferred_code_readable": "", "score": -2.4155490064697105}]}
{"index": 388, "beams": [{"question": "Wie lauten die Namen der Lehrenden, deren Heimatort nicht \u201eLittle Lever Urban District\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"ScaLeverLeverUrbanDistrict\"))))) (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 != \"ScaLeverLeverUrbanDistrict\"", "inferred_code_readable": "", "score": -2.2237631504391544}]}
{"index": 389, "beams": [{"question": "Zeigen Sie die Namen der Lehrenden im Alter von 32 oder 33 Jahren 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 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 300))))))) (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 = 300", "inferred_code_readable": "", "score": -1.3183382742105536}]}
{"index": 390, "beams": [{"question": "Wie lauten die Namen der Lehrenden, die 32 oder 33 Jahre alt sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 300))))))) (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 = 300", "inferred_code_readable": "", "score": -1.1696925162290839}]}
{"index": 391, "beams": [{"question": "Wo ist der Heimatort der/des j\u00fcngsten Lehrenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.364415287090196e-06}]}
{"index": 392, "beams": [{"question": "Woher kommt die/der j\u00fcngste Lehrende?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.106223404524826e-06}]}
{"index": 393, "beams": [{"question": "Zeigen Sie die verschiedenen Heimatorte der Lehrenden und die Anzahl der Lehrenden aus den einzelnen Heimatorten 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 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": -3.814694622406023e-06}]}
{"index": 394, "beams": [{"question": "Wie viele Lehrenden gibt es in jeder Heimatort?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.099440128551123e-06}]}
{"index": 395, "beams": [{"question": "F\u00fchren Sie den gebr\u00e4uchlichsten Heimatort der Lehrenden auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.1709437635640825e-05}]}
{"index": 396, "beams": [{"question": "Was sind die gebr\u00e4uchlichsten Heimatorte von Lehrenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.078258553936621e-05}]}
{"index": 397, "beams": [{"question": "Zeigen Sie die Heimatorte an, aus denen mindestens zwei Lehrenden kommen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.8238981525087183e-05}]}
{"index": 398, "beams": [{"question": "Aus welchen St\u00e4dten kommen mindestens zwei Lehrenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.5749056369761547e-05}]}
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{"index": 406, "beams": [{"question": "Wie lauten die Namen der Lehrenden und die Anzahl der Kurse, die sie unterrichten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.019145993708278297}]}
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{"index": 409, "beams": [{"question": "Geben Sie die Namen der Lehrenden an, die nicht f\u00fcr das Unterrichten von Kursen vorgesehen sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.9206138961512806e-05}]}
{"index": 410, "beams": [{"question": "Wie lauten die Namen der Lehrenden, deren Kurse nicht vereinbart wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.6450859895655867e-05}]}
{"index": 411, "beams": [{"question": "Wie viele Besucher unter 30 Jahren gibt es?", "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": -5.435895847227812e-05}]}
{"index": 412, "beams": [{"question": "Finden Sie die Namen der Besucher, deren Mitgliedsstufe h\u00f6her als 4 ist, und ordnen Sie die Ergebnisse nach der Stufe von hoch nach niedrig.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.000546598582786828}]}
{"index": 413, "beams": [{"question": "Wie hoch ist das Durchschnittsalter der Besucher, deren Mitgliedsstufe nicht h\u00f6her als 4 ist?", "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": -0.03231929974669612}]}
{"index": 414, "beams": [{"question": "Finden Sie den Namen und die Mitgliedsstufe der Besucher, deren Mitgliedsstufe h\u00f6her als 4 ist, und ordnen Sie die Ergebnisse nach ihrem Alter von alt bis jung.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 8) (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 7) (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.Age > 4 ORDER BY visitor.Level_of_membership Asc", "inferred_code_readable": "", "score": -0.18328669050917057}]}
{"index": 415, "beams": [{"question": "Finden Sie die ID und den Namen des Museums, das die meisten Mitarbeiter hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0132775543070238e-05}]}
{"index": 416, "beams": [{"question": "Finden Sie die durchschnittliche Anzahl der Mitarbeiter der Museen, die vor 2009 er\u00f6ffnet wurden.", "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": -0.0037206458158749456}]}
{"index": 417, "beams": [{"question": "Was sind das Er\u00f6ffnungsjahr und die Mitarbeiterzahl des Museums mit dem Namen \u201ePlaza Museum\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"JamesMuseumMuseum\"))))) (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 = \"JamesMuseumMuseum\"", "inferred_code_readable": "", "score": -2.2797386044048764}]}
{"index": 418, "beams": [{"question": "Finden Sie die Namen der Museen, die mehr Mitarbeiter haben als die Mindestmitarbeitlzahl aller nach 2010 er\u00f6ffneten Museen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.010930906564162512}]}
{"index": 419, "beams": [{"question": "Finden Sie die ID, den Namen und das Alter von Besuchern, die einige Museen mehr als einmal besucht haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0007466606045696267}]}
{"index": 420, "beams": [{"question": "Welches sind die ID, der Name und die Mitgliedsstufe der Besucher, die insgesamt den gr\u00f6\u00dften Geldbetrag f\u00fcr alle Museumstickets ausgegeben haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0007961353682830463}]}
{"index": 421, "beams": [{"question": "Wie lauten ID und Name des Museums, das am h\u00e4ufigsten besucht wurde?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.008177469937024284}]}
{"index": 422, "beams": [{"question": "Wie lautet der Name des Museums, das noch keinen Besucher hatte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2397758887061627e-05}]}
{"index": 423, "beams": [{"question": "Ermitteln Sie den Namen und das Alter des Besuchers, der die meisten Tickets auf einmal gekauft hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.597780850199733}]}
{"index": 424, "beams": [{"question": "Wie hoch ist die durchschnittliche und maximale Anzahl der bei allen Besuchen gekauften Eintrittskarten?", "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": -7.629390196939312e-06}]}
{"index": 425, "beams": [{"question": "Wie hoch sind die Gesamtkosten f\u00fcr die Eintrittskarten der Besucher, deren Mitgliedsstufe 1 ist?", "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)) (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 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 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": -0.00012826637586726974}]}
{"index": 426, "beams": [{"question": "Wie lautet der Name des Besuchers, der sowohl ein vor 2009 er\u00f6ffnetes Museum als auch ein nach 2011 er\u00f6ffnetes Museum besucht hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.3232367693780702}]}
{"index": 427, "beams": [{"question": "Ermitteln Sie die Anzahl der Besucher, die kein nach 2010 er\u00f6ffnetes Museum besucht haben.", "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 (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 visit WHERE visit.Museum_ID NOT IN (SELECT museum.Museum_ID FROM museum WHERE museum.Open_Year > 2010)", "inferred_code_readable": "", "score": -0.6473574120546672}]}
{"index": 428, "beams": [{"question": "Wie viele Museen wurden nach 2013 oder vor 2008 er\u00f6ffnet?", "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": -0.17686270826895623}]}
{"index": 429, "beams": [{"question": "Finden Sie die Gesamtzahl der Spieler.", "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": -4.172321993678452e-06}]}
{"index": 430, "beams": [{"question": "Wie viele Spieler gibt es?", "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": -7.748592572909274e-06}]}
{"index": 431, "beams": [{"question": "Finden Sie die Gesamtzahl der Spiele.", "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": -0.015504940206092499}]}
{"index": 432, "beams": [{"question": "Z\u00e4hlen Sie die Spiele.", "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": -4.255718048540302e-05}]}
{"index": 433, "beams": [{"question": "Geben Sie den Vornamen und das Geburtsdaten aller Spieler aus dem Land mit dem Code \u201eUSA\u201c 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 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": -0.011104561519879041}]}
{"index": 434, "beams": [{"question": "Wie lauten die Vornamen und Geburtsdaten der Spieler aus den \u201eUSA\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.009430142972959743}]}
{"index": 435, "beams": [{"question": "Finden Sie das Durchschnittsalter der Verlierer und Gewinner aller Spiele.", "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))))))))) (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) FROM matches", "inferred_code_readable": "", "score": -0.00822256931053289}]}
{"index": 436, "beams": [{"question": "Wie sind die Durchschnittsalter der Verlierer und Gewinner aller Spiele?", "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": -0.32629053111534745}]}
{"index": 437, "beams": [{"question": "Finden Sie den durchschnittlichen Rang der Gewinner in allen Spielen.", "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 35) (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) FROM matches", "inferred_code_readable": "", "score": -0.004709943813558937}]}
{"index": 438, "beams": [{"question": "Was ist der durchschnittliche Rang der Gewinner in allen Spielen?", "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 35) (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) FROM matches", "inferred_code_readable": "", "score": -0.0006719871895342067}]}
{"index": 439, "beams": [{"question": "Finden Sie den h\u00f6chsten Rang der Verlierer in allen Spielen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 matches.loser_rank FROM matches", "inferred_code_readable": "", "score": -0.6823195908172721}]}
{"index": 440, "beams": [{"question": "Welches ist der beste Rang der Verlierer \u00fcber alle Spiele hinweg?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 16) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.loser_rank FROM matches ORDER BY matches.loser_rank Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0024578650345858932}]}
{"index": 441, "beams": [{"question": "Finden Sie die Anzahl der verschiedenen L\u00e4ndercodes aller Spieler.", "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": -6.437298011974235e-06}]}
{"index": 442, "beams": [{"question": "Aus wie vielen verschiedenen L\u00e4ndern kommen die Spieler?", "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": -1.0132780865035329e-05}]}
{"index": 443, "beams": [{"question": "Finden Sie die Anzahl der verschiedenen Namen der Verlierer.", "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": -7.3909723354859125e-06}]}
{"index": 444, "beams": [{"question": "Wie viele verschiedene Namen von Verlierern gibt es?", "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": -7.152553934020034e-06}]}
{"index": 445, "beams": [{"question": "Finden Sie den Namen eines Turniers, das mehr als 10 Spiele hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 1))) (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 (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.loser_name FROM matches GROUP BY matches.loser_name HAVING Count(matches.match_num) > 10", "inferred_code_readable": "", "score": -0.016630911217511368}]}
{"index": 446, "beams": [{"question": "Wie lauten die Namen von Turnieren, die mehr als 10 Spiele haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.01933008964188332}]}
{"index": 447, "beams": [{"question": "Listen Sie die Namen aller Gewinner auf, die sowohl 2013 als auch 2016 gespielt haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 34) (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 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 matches.winner_name FROM matches WHERE matches.year = 3 INTERSECT SELECT matches.winner_name FROM matches WHERE matches.year = 2016", "inferred_code_readable": "", "score": -1.3592943165077145}]}
{"index": 448, "beams": [{"question": "Wie lauten die Namen der Spieler, die sowohl im Jahr 2013 als auch im Jahr 2016 gewonnen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 38) (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 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 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.first_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.year = 2003 INTERSECT SELECT players.first_name FROM players JOIN matches ON players.player_id = matches.winner_id WHERE matches.year = 2016", "inferred_code_readable": "", "score": -0.9129566621486092}]}
{"index": 449, "beams": [{"question": "Geben Sie die Anzahl aller Spiele an, die 2013 oder 2016 stattgefunden haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.07332703025078757}]}
{"index": 450, "beams": [{"question": "Wie viele Spiele wurden 2013 oder 2016 ausgetragen?", "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": -0.24075031668154878}]}
{"index": 451, "beams": [{"question": "Wie lauten L\u00e4ndercode und Vorname der Spieler, die sowohl bei den \u201eWTA Championships\u201c als auch bei den \u201eAustralian Open\u201c gewonnen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"AmericanOpenOpen\"))))) (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 = \"AmericanOpenOpen\"", "inferred_code_readable": "", "score": -2.3753836878128567}]}
{"index": 452, "beams": [{"question": "Wie lauten die Vornamen und L\u00e4ndercodes der Spieler, die sowohl die \u201eWTA Championships\u201c als auch die \u201eAustralian Open\u201c gewonnen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"ChicaOpenOpenOpen\"))))) (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 = \"ChicaOpenOpenOpen\"", "inferred_code_readable": "", "score": -2.9940882604319086}]}
{"index": 453, "beams": [{"question": "Finden Sie den Vornamen und den L\u00e4ndercode des \u00e4ltesten Spielers.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 players.first_name, players.country_code FROM players ORDER BY players.birth_date Desc LIMIT 1", "inferred_code_readable": "", "score": -0.3807788055671182}]}
{"index": 454, "beams": [{"question": "Wie lauten der Vorname und der L\u00e4ndercode des \u00e4ltesten Spielers?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 players.first_name, players.country_code FROM players ORDER BY players.birth_date Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0045778978317940755}]}
{"index": 455, "beams": [{"question": "Listen Sie den Vor- und Nachnamen aller Spieler in der Reihenfolge ihres Geburtsdatums auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.940680771729603e-06}]}
{"index": 456, "beams": [{"question": "Wie lauten die vollst\u00e4ndigen Namen aller Spieler in der Reihenfolge ihres Geburtsdatums?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.3112995219444201e-05}]}
{"index": 457, "beams": [{"question": "Listen Sie den Vor- und Nachnamen aller Spieler, die \u201eL\u201c H\u00e4nde verwenden, in der Reihenfolge ihres Geburtsdatums auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6760697359019758}]}
{"index": 458, "beams": [{"question": "Wie lauten die vollst\u00e4ndigen Namen aller \u201eL\u201c h\u00e4ndigen Spieler in der Reihenfolge ihres Geburtsdatums?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.10132645014110864}]}
{"index": 459, "beams": [{"question": "Finden Sie den Vornamen und den L\u00e4ndercode des Spielers, der die meisten Touren absolviert hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 players.first_name, players.country_code FROM players JOIN matches ON players.player_id = matches.loser_id GROUP BY players.player_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.5942236673036803}]}
{"index": 460, "beams": [{"question": "Wie lauten der Vorname und der L\u00e4ndercode des Spielers mit den meisten Tourneen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0003886860724620078}]}
{"index": 461, "beams": [{"question": "Finden Sie das Jahr mit der h\u00f6chsten Anzahl von Spielen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0010860081501746777}]}
{"index": 462, "beams": [{"question": "Welches Jahr hatte die meisten Spiele?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.1219166242758547e-05}]}
{"index": 463, "beams": [{"question": "Finden Sie den Namen und die Ranglistenpunkte des Gewinners, der die meisten Spiele gewonnen hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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) (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": -2.944726083967005}]}
{"index": 464, "beams": [{"question": "Wie lautet der Name des Gewinners, der die meisten Spiele gewonnen hat, und wie viele Ranglistenpunkte hat dieser Spieler?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 42) (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 41) (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, rankings.ranking_points FROM players JOIN matches ON matches.loser_id = players.player_id JOIN rankings ON players.player_id = rankings.player_id GROUP BY matches.winner_name ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.780097346699435}]}
{"index": 465, "beams": [{"question": "Finden Sie den Namen des Gewinners mit den meisten Ranglistenpunkten, der am \u201eAustralian Open\u201c teilgenommen hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"AustraliaOpen\"))))) (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 players.first_name FROM players JOIN matches ON players.player_id = matches.loser_id WHERE matches.tourney_name = \"AustraliaOpen\" ORDER BY matches.winner_rank_points Desc LIMIT 1", "inferred_code_readable": "", "score": -2.5260033287699883}]}
{"index": 466, "beams": [{"question": "Wie lautet der Name des Gewinners mit den meisten Ranglistenpunkten, der am \u201eAustralian Open\u201c teilgenommen hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"AustraliaOpen\"))))) (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 = \"AustraliaOpen\" ORDER BY matches.winner_rank_points Desc LIMIT 1", "inferred_code_readable": "", "score": -1.779552226866528}]}
{"index": 467, "beams": [{"question": "Finden Sie die Namen des Verlierers und des Gewinners, der an dem Spiel mit der gr\u00f6\u00dften Anzahl von Minuten teilgenommen hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4066677458401955e-05}]}
{"index": 468, "beams": [{"question": "Wie lauten die Namen des Gewinners und des Verlierers, die am l\u00e4ngsten an den Spielen teilgenommen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 15) (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.winner_name, matches.loser_name FROM matches ORDER BY matches.match_num Desc LIMIT 1", "inferred_code_readable": "", "score": -0.011913823589146944}]}
{"index": 469, "beams": [{"question": "Finden Sie den durchschnittlichen Rang f\u00fcr jeden Spieler und seinen Vornamen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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(rankings.ranking_points) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY players.first_name", "inferred_code_readable": "", "score": -0.4904623228874101}]}
{"index": 470, "beams": [{"question": "Wie lauten die Vornamen aller Spieler und ihr durchschnittlicher Rang?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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, Avg(rankings.ranking_points) FROM players JOIN rankings ON players.player_id = rankings.player_id GROUP BY rankings.player_id", "inferred_code_readable": "", "score": -0.023874649727893882}]}
{"index": 471, "beams": [{"question": "Finden Sie die Gesamtpunktzahl f\u00fcr jeden Spieler und seinen Vornamen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 17) (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) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, Sum(matches.loser_rank_points) FROM players JOIN matches ON players.player_id = matches.loser_id GROUP BY players.first_name", "inferred_code_readable": "", "score": -1.404534875924071}]}
{"index": 472, "beams": [{"question": "Wie lauten die Vornamen aller Spieler und ihre Gesamtpunktzahl der Ranglistenpunkte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.05340484543414448}]}
{"index": 473, "beams": [{"question": "Finden Sie die Anzahl der Spieler f\u00fcr jedes Land.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.483625045599183e-06}]}
{"index": 474, "beams": [{"question": "Wie viele Spieler kommen aus jedem Land?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.5762778551884367e-06}]}
{"index": 475, "beams": [{"question": "Finden Sie den Code des Landes, in dem die meisten Spieler leben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -6.556504445143219e-06}]}
{"index": 476, "beams": [{"question": "Wie lautet der Code des Landes mit den meisten Spielern?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.390968406184584e-06}]}
{"index": 477, "beams": [{"question": "Finden Sie die Codes der L\u00e4nder, die mehr als 50 Spieler haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0009464746493890175}]}
{"index": 478, "beams": [{"question": "Wie lauten die Codes der L\u00e4nder mit mehr als 50 Spielern?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.000948990902564617}]}
{"index": 479, "beams": [{"question": "Finden Sie die Gesamtzahl der Tourneen f\u00fcr jedes Ranglistendatum.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 43) (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.tours) FROM rankings GROUP BY rankings.ranking_date", "inferred_code_readable": "", "score": -0.03138775802518978}]}
{"index": 480, "beams": [{"question": "Wie viele Tourneen gab es insgesamt f\u00fcr jedes Ranglistendatum?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0010412336542273692}]}
{"index": 481, "beams": [{"question": "Finden Sie die Anzahl der Spiele, die in jedem Jahr stattgefunden haben.", "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": -0.009209959506350174}]}
{"index": 482, "beams": [{"question": "Wie viele Spiele wurden in jedem Jahr ausgetragen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)))))) (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 38) (singleton-is_distinct False))) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT matches.year, Count(*) FROM matches GROUP BY matches.year", "inferred_code_readable": "", "score": -0.13973864944186687}]}
{"index": 483, "beams": [{"question": "Finden Sie den Namen und Rang der 3 j\u00fcngsten Gewinner \u00fcber alle Spiele hinweg.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 FROM matches ORDER BY matches.winner_age Asc LIMIT 3", "inferred_code_readable": "", "score": -0.08553252849529258}]}
{"index": 484, "beams": [{"question": "Wie lauten die Namen und R\u00e4nge der drei j\u00fcngsten Gewinner \u00fcber alle Spiele hinweg?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 FROM matches ORDER BY matches.winner_age Asc LIMIT 3", "inferred_code_readable": "", "score": -0.07188597751120795}]}
{"index": 485, "beams": [{"question": "Wie viele verschiedene Gewinner nahmen an den \u201eWTA Championships\u201c teil und waren beide Linksh\u00e4nder?", "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 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MTAChampionship\"))))) (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 players JOIN matches ON players.player_id = matches.loser_id WHERE matches.loser_hand = \"MTAChampionship\" AND matches.winner_hand = \"Defender\"", "inferred_code_readable": "", "score": -2.418231058945004}]}
{"index": 486, "beams": [{"question": "Finden Sie die Anzahl der linksh\u00e4ndigen Gewinner, die an den \u201eWTA Championships\u201c teilgenommen haben.", "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 4) (singleton-is_distinct False))))) (val-val1 (String (string-s \"MTAChampionship\"))))) (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 players JOIN matches ON players.player_id = matches.loser_id WHERE players.hand = \"MTAChampionship\" AND matches.winner_hand = \"Defender\"", "inferred_code_readable": "", "score": -1.218863078089072}]}
{"index": 487, "beams": [{"question": "Finden Sie den Vornamen, den L\u00e4ndercode und das Geburtsdatum des Gewinners, der in allen Spielen die h\u00f6chsten Ranglistenpunkte erzielt hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (NoneAggOp)) (column-col_id 36) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT players.first_name, players.country_code, players.birth_date FROM players JOIN matches ON players.player_id = matches.loser_id GROUP BY matches.winner_id ORDER BY matches.winner_rank_points Desc LIMIT 1", "inferred_code_readable": "", "score": -1.0718995635551565}]}
{"index": 488, "beams": [{"question": "Wie lauten der Vorname, der L\u00e4ndercode und das Geburtsdatum des Spielers mit den meisten Ranglistenpunkten in allen Spielen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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.country_code, 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": -0.16330093413596813}]}
{"index": 489, "beams": [{"question": "Finden Sie die Anzahl der Spieler f\u00fcr jeden Handtyp.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.8596586620844846e-05}]}
{"index": 490, "beams": [{"question": "Wie viele Spieler gibt es f\u00fcr jeden Handtyp?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.492796017923183e-05}]}
{"index": 491, "beams": [{"question": "Wie viele Schiffe wurden am Ende \u201eCaptured\u201c?", "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 13) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Cutured\"))))) (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.disposition_of_ship = \"Cutured\"", "inferred_code_readable": "", "score": -1.4679532051080884}]}
{"index": 492, "beams": [{"question": "F\u00fchren Sie den Namen und die Tonnage in absteigender alphabetischer Reihenfolge der Namen auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.4477551884701825e-05}]}
{"index": 493, "beams": [{"question": "Listen Sie den Namen, das Datum und das Ergebnis jeder Schlacht auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.1723240755686675e-06}]}
{"index": 494, "beams": [{"question": "Wie hoch ist die maximale und minimale Zahl der Todesopfer, die jedes Mal verursacht werden?", "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 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 17) (singleton-is_distinct False))) (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 GROUP BY death.killed", "inferred_code_readable": "", "score": -0.12264942966170622}]}
{"index": 495, "beams": [{"question": "Wie hoch ist die durchschnittliche Zahl der jedes Mal verursachten Verletzungen?", "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 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))", "inferred_code": "SELECT Avg(death.injured) FROM death", "inferred_code_readable": "", "score": -0.44475993164182626}]}
{"index": 496, "beams": [{"question": "Welche Situationen mit Toten und Verletzten wurden durch das Schiff mit der Tonnage \u201eT\u201c verursacht?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"bus\"))))) (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 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 \"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 death.killed, death.injured FROM ship JOIN death ON ship.id = death.caused_by_ship_id WHERE ship.tonnage = \"bus\" INTERSECT SELECT death.killed, death.injured FROM ship JOIN death ON ship.id = death.caused_by_ship_id WHERE ship.tonnage = \"Cat\"", "inferred_code_readable": "", "score": -2.898898492897544}]}
{"index": 497, "beams": [{"question": "Wie lauten der Name und die Ergebnisse der K\u00e4mpfe, wenn der bulgarische Kommandeur nicht \u201eBoril\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.3346589691867123}]}
{"index": 498, "beams": [{"question": "Wie lauten die verschiedenen IDs und Namen der K\u00e4mpfe, in denen Schiffe des Typs \u201eBrig\u201c verloren gingen?", "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": -0.36982806395248957}]}
{"index": 499, "beams": [{"question": "Wie lauten die IDs und Namen der K\u00e4mpfe, die zu insgesamt mehr als 10 Toten f\u00fchrten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 14) (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": -0.03746459384016276}]}
{"index": 500, "beams": [{"question": "Welches ist die ID und der Name des Schiffes, das die meisten Gesamtverletzungen verursacht hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 18) (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.injured) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.0027823643020070676}]}
{"index": 501, "beams": [{"question": "Wie lauten die verschiedenen Namen der K\u00e4mpfe, die zwischen dem bulgarischen Kommandeur \u201eKaloyan\u201c und dem lateinischen Kommandeur \u201eBaldwin I\u201c ausgetragen wurden?", "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 (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 \"Cuny\"))))) (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 \"B\"))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT DISTINCT battle.name FROM battle WHERE battle.bulgarian_commander = \"Cuny\" AND battle.latin_commander = \"B\"", "inferred_code_readable": "", "score": -5.700750205806941}]}
{"index": 502, "beams": [{"question": "Wie viele verschiedene Ergebnisse gibt es bei den K\u00e4mpfen?", "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": -7.629389507712858e-06}]}
{"index": 503, "beams": [{"question": "In wie vielen K\u00e4mpfen hat kein Schiff mit der Tonnage \u201e225\u201c verloren?", "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 (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 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))))))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Count(*) FROM battle WHERE battle.id NOT IN (SELECT ship.lost_in_battle FROM ship WHERE ship.tonnage = 200)", "inferred_code_readable": "", "score": -0.10314676524188826}]}
{"index": 504, "beams": [{"question": "Nennen Sie den Namen und das Datum der K\u00e4mpfe, die das Schiff mit dem Namen \u201eLettice\u201c und das Schiff mit dem Namen \u201eHMS Atalanta\u201c verloren haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Waltertice\"))))) (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 = \"Waltertice\" 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": -1.3783282980668687}]}
{"index": 505, "beams": [{"question": "Zeigen Sie Namen, Ergebnisse und bulgarische Kommandeure der K\u00e4mpfe ohne verlorene Schiffe im \u201eEnglish Channel\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"London\"))))) (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 = \"London\")", "inferred_code_readable": "", "score": -0.4186468664121108}]}
{"index": 506, "beams": [{"question": "Was sind die Aufzeichnungen der Todesf\u00e4lle, die die Teilzeichenfolge \u201eEast\u201c haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"East\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT death.killed FROM death WHERE death.note LIKE \"East\"", "inferred_code_readable": "", "score": -0.4656452656703465}]}
{"index": 507, "beams": [{"question": "Was sind alle Adressen einschlie\u00dflich Zeile 1 und Zeile 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 (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 (Number (object-f 1))))) (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))) (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 (Number (object-f 2))))) (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 Addresses.line_1 FROM Addresses WHERE Addresses.line_1 = 1 INTERSECT SELECT Addresses.line_1 FROM Addresses WHERE Addresses.line_1 = 2", "inferred_code_readable": "", "score": -0.8121338704950176}]}
{"index": 508, "beams": [{"question": "Was ist die erste und zweite Zeile f\u00fcr alle Adressen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.8875771412326685e-06}]}
{"index": 509, "beams": [{"question": "Wie viele Kurse sind insgesamt aufgef\u00fchrt?", "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": -2.8610214144464408e-06}]}
{"index": 510, "beams": [{"question": "Wie viele Kurse gibt es?", "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": -2.3841849809969062e-06}]}
{"index": 511, "beams": [{"question": "Wie wird der \u201emath\u201c Kurs beschrieben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.3175208568555448}]}
{"index": 512, "beams": [{"question": "Wie sind die Beschreibungen aller \u201emath\u201c Kurse?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.106932163237964}]}
{"index": 513, "beams": [{"question": "Wie lautet die Postleitzahl der Adresse in der Stadt \u201ePort Chelsea\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"LondonChelseaChelsea\"))))) (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 = \"LondonChelseaChelsea\"", "inferred_code_readable": "", "score": -2.2370320499901055}]}
{"index": 514, "beams": [{"question": "Wie lautet die Postleitzahl der Stadt \u201ePort Chelsea\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"PenChelseaChelseaChelsea\"))))) (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 = \"PenChelseaChelseaChelsea\"", "inferred_code_readable": "", "score": -1.4960703654198682}]}
{"index": 515, "beams": [{"question": "Welche Abteilung bietet die meisten Abschl\u00fcsse an? Geben Sie den Namen und die ID der Abteilung 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 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 14) (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 14) (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, Departments.department_id FROM Departments JOIN Degree_Programs ON Departments.department_id = Degree_Programs.department_id GROUP BY Departments.department_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.1033178032835167}]}
{"index": 516, "beams": [{"question": "Wie lautet der Name und die ID der Abteilung mit den meisten Abschl\u00fcssen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0555819904438124}]}
{"index": 517, "beams": [{"question": "Wie viele Abteilungen bieten die Abschl\u00fcsse an?", "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": -0.10847784391530979}]}
{"index": 518, "beams": [{"question": "Wie viele verschiedene Abteilungen bieten Abschl\u00fcsse an?", "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 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 Departments.department_name) FROM Departments", "inferred_code_readable": "", "score": -0.009351691059983125}]}
{"index": 519, "beams": [{"question": "Wie viele verschiedene Abschlussbezeichnungen werden angeboten?", "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": -0.08449236107895786}]}
{"index": 520, "beams": [{"question": "Wie viele verschiedene Abschl\u00fcsse werden angeboten?", "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": -1.0691380798724737}]}
{"index": 521, "beams": [{"question": "Wie viele Abschl\u00fcsse bietet die Abteilung f\u00fcr \u201eengineer\u201c an?", "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": -0.21791114710860882}]}
{"index": 522, "beams": [{"question": "Wie viele Abschl\u00fcsse hat die Abteilung f\u00fcr \u201eengineer\u201c?", "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 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 WHERE Departments.department_name = \"Computer\"", "inferred_code_readable": "", "score": -0.6685740856533045}]}
{"index": 523, "beams": [{"question": "\nWie lauten die Namen und Beschreibungen aller Abschnitte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.384185137316308e-06}]}
{"index": 524, "beams": [{"question": "Wie lauten die Bezeichnungen und Beschreibungen aller Abschnitte?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.38418505205118e-06}]}
{"index": 525, "beams": [{"question": "Wie lauten die Namen und IDs von Kursen mit h\u00f6chstens 2 Abschnitten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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, Courses.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": -0.07469467215942416}]}
{"index": 526, "beams": [{"question": "Wie lauten die Namen und IDs aller Kurse mit weniger als 2 Abschnitten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.04338994050598899}]}
{"index": 527, "beams": [{"question": "F\u00fchren Sie den Namen des Abschnittes in umgekehrter lexikographischer Reihenfolge auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0001441141196281137}]}
{"index": 528, "beams": [{"question": "Wie lauten die Namen des Abschnittes in umgekehrter lexikographischer Reihenfolge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0003376644136139362}]}
{"index": 529, "beams": [{"question": "In welchem Semester sind die meisten Studierenden eingeschrieben? Zeigen Sie sowohl den Namen als auch die ID 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 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": -0.003072501147144635}]}
{"index": 530, "beams": [{"question": "Wie lauten f\u00fcr jedes Semester der Name und die ID des Semesters, in dem die meisten Studierenden eingeschrieben sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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, Semesters.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": -0.7891122390653393}]}
{"index": 531, "beams": [{"question": "Wie lautet die Beschreibung der Abteilung, deren Name die Teilzeichenfolge des \u201ecomputer\u201c enth\u00e4lt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2320428340951395}]}
{"index": 532, "beams": [{"question": "Wie lautet die Beschreibung der Abteilung, in deren Namen das Wort \u201ecomputer\u201c vorkommt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.2176133986881936}]}
{"index": 533, "beams": [{"question": "Wer ist in einem Semester in 2 Studieng\u00e4ngen eingeschrieben? F\u00fchren Sie den Vornamen, den Mittel- und Nachnamen und die ID auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 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": -0.13416488077833577}]}
{"index": 534, "beams": [{"question": "Wie lauten die Vor-, Mittel- und Nachnamen sowie die IDs aller Studierenden, die sich in einem Semester in 2 Studieng\u00e4ngen eingeschrieben haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 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": -0.4081733919426398}]}
{"index": 535, "beams": [{"question": "Wer ist f\u00fcr einen \u201eBachelor\u201c-Studiengang eingeschrieben? F\u00fchren Sie den Vornamen, den zweiten Vornamen und den Nachnamen auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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-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 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 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ACn\"))))) (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 = \"ACn\"", "inferred_code_readable": "", "score": -2.0393999611119398}]}
{"index": 536, "beams": [{"question": "Wie lauten die Vor-, Mittel- und Nachnamen aller an einem \u201eBachelor\u201c-Studiengang eingeschriebenen Personen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)) (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 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-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 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 20) (singleton-is_distinct False))))) (val-val1 (String (string-s \"ACn\"))))) (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 = \"ACn\"", "inferred_code_readable": "", "score": -2.2075793103705053}]}
{"index": 537, "beams": [{"question": "Finden Sie die Art des Studiengangs, in dem die meisten Studierenden eingeschrieben sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5537534502825423}]}
{"index": 538, "beams": [{"question": "Wie lautet der Name der Zusammenfassung des Abschlusses, f\u00fcr den die meisten Studierenden eingeschrieben sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Degree_Programs.degree_summary_name FROM Degree_Programs JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id GROUP BY Degree_Programs.degree_program_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.557321779264548}]}
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{"index": 540, "beams": [{"question": "Wie lautet die ID und die Zusammenfassung des Studiengangs, in dem die meisten Studierenden eingeschrieben sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 21) (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_description 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": -0.23616085755890737}]}
{"index": 541, "beams": [{"question": "Welcher Student hat sich am h\u00e4ufigsten f\u00fcr einen Studiengang eingeschrieben? Geben Sie die ID, den Vornamen, den Mittelnamen, den Nachnamen, die Anzahl der Einschreibungen und die Studenten-ID 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 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": -0.6330761411682104}]}
{"index": 542, "beams": [{"question": "Wie lauten Vor-, Mittel- und Nachname sowie die ID und die Anzahl der Einschreibungen f\u00fcr den Studierenden, der sich am h\u00e4ufigsten in einen Studiengang eingeschrieben hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5888537161488259}]}
{"index": 543, "beams": [{"question": "In welchen Semestern ist kein Studierender eingeschrieben? Geben Sie den Semesternamen 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 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": -2.4199416287729036e-05}]}
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{"index": 547, "beams": [{"question": "Wie lautet der Name des Kurses mit den meisten Einschreibungen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.35630935361809435}]}
{"index": 548, "beams": [{"question": "Wie hei\u00dft der Kurs, f\u00fcr den sich die meisten Studierenden eingeschrieben haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4545190476131751}]}
{"index": 549, "beams": [{"question": "Finden Sie den Nachnamen der Studierenden, die derzeit im Staat \u201eNorth Carolina\u201c leben, aber in keinem Studiengang eingeschrieben sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"SalCarolina\"))))) (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 = \"CaliCarolina\" EXCEPT SELECT Students.last_name FROM Addresses WHERE Addresses.state_province_county = \"SalCarolina\"", "inferred_code_readable": "", "score": -2.141007476842262}]}
{"index": 550, "beams": [{"question": "Wie lauten die Nachnamen der Studenten, die derzeit im Staat \u201eNorth Carolina\u201c leben, aber in keinem Studiengang eingeschrieben sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"PaloCarolina\"))))) (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 = \"CaliCarolina\" EXCEPT SELECT Students.last_name FROM Addresses WHERE Addresses.state_province_county = \"PaloCarolina\"", "inferred_code_readable": "", "score": -2.7275248300169608}]}
{"index": 551, "beams": [{"question": "Zeigen Sie das Datum und die ID der Abschrift mit mindestens 2 Ergebnissen des Kurses 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 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 52) (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 52) (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) (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_id FROM Transcripts GROUP BY Transcripts.transcript_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -1.1523606943672746}]}
{"index": 552, "beams": [{"question": "Wie lautet das Datum und die ID der Abschrift, in dem mindestens 2 Kurse aufgef\u00fchrt sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 23) (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 23) (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, Sections.section_id FROM Courses JOIN Sections ON Sections.course_id = Courses.course_id JOIN Student_Enrolment_Courses ON Courses.course_id = Student_Enrolment_Courses.course_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 Sections.section_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.7595090543261378}]}
{"index": 553, "beams": [{"question": "Wie lautet die Telefonnummer des Mannes mit dem Vornamen \u201eTimmothy\u201c und dem Nachnamen \u201eWard\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.14966831390634638}]}
{"index": 554, "beams": [{"question": "Wie lautet die Mobiltelefonnummer des Studenten mit dem Namen \u201eTimmothy Ward\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.032595373277523265}]}
{"index": 555, "beams": [{"question": "Wer ist der erste Studierende, der sich einschreibt? Geben Sie den Vornamen, den Mittelnamen und den Nachnamen 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 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": -0.0001164644301638873}]}
{"index": 556, "beams": [{"question": "Wie lauten der Vor-, Mittel- und Nachname des zuerst eingeschriebenen Studierenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.6345180152986813e-05}]}
{"index": 557, "beams": [{"question": "Wer ist der fr\u00fcheste Absolvent der Schule? Geben Sie den Vornamen, den Mittelnamen und den Nachnamen 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 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": -0.17640659134530523}]}
{"index": 558, "beams": [{"question": "Wie lautet der Vor-, Mittel- und Nachname des fr\u00fchesten Schulabsolventen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.008166772653062537}]}
{"index": 559, "beams": [{"question": "Wessen st\u00e4ndige Adresse unterscheidet sich von seiner aktuellen Adresse? Geben Sie seinen oder ihren Vornamen an.", "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": -0.11892987328874938}]}
{"index": 560, "beams": [{"question": "Wie lautet der Vorname des/der Studierenden, dessen/deren st\u00e4ndige Adresse sich von seiner/ihrer derzeitigen Adresse unterscheidet?", "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 (Gt (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 (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 34) (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))))))) (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 WHERE Students.permanent_address_id > (SELECT Min(Students.permanent_address_id) FROM Students)", "inferred_code_readable": "", "score": -0.1068553511432313}]}
{"index": 561, "beams": [{"question": "An welcher Adresse befinden sich derzeit die meisten Studierenden? Geben Sie die ID der Adresse und alle Zeilen 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 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))))))))) (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 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": -0.06145273955144859}]}
{"index": 562, "beams": [{"question": "Wie lautet die ID, Zeile 1 und Zeile 2 der Adresse mit den meisten Studierenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6879030147540917}]}
{"index": 563, "beams": [{"question": "Wann wurden die Abschriften im Durchschnitt gedruckt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (Gt (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (Avg)) (column-col_id 53) (singleton-is_distinct False))))) (val-val1 (Number (object-f 8000))))) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Transcripts.transcript_date FROM Transcripts GROUP BY Transcripts.transcript_date HAVING Avg(Transcripts.transcript_date) > 8000", "inferred_code_readable": "", "score": -0.23752953581089287}]}
{"index": 564, "beams": [{"question": "Was ist das durchschnittliche Datum der Abschriften?", "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": -9.179094433875434e-06}]}
{"index": 565, "beams": [{"question": "Wann wird die erste Abschrift ver\u00f6ffentlicht? Geben Sie das Datum und die Details 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 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": -0.007764747685506279}]}
{"index": 566, "beams": [{"question": "Was ist das fr\u00fcheste Ver\u00f6ffentlichungsdatum einer Abschrift, und welche Details k\u00f6nnen Sie mir mitteilen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00015222569983563972}]}
{"index": 567, "beams": [{"question": "Wie viele Abschriften werden ver\u00f6ffentlicht?", "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": -3.933904189068471e-06}]}
{"index": 568, "beams": [{"question": "Wie viele Abschriften sind aufgelistet?", "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": -0.020138267409912203}]}
{"index": 569, "beams": [{"question": "Was ist das letzte Ver\u00f6ffentlichungsdatum der Abschrift?", "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": -1.1563289547211753e-05}]}
{"index": 570, "beams": [{"question": "Wann wurde die letzte Abschrift ver\u00f6ffentlicht?", "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": -3.4212891861784556e-05}]}
{"index": 571, "beams": [{"question": "Wie oft kann das Ergebnis einer Kursanmeldung h\u00f6chstens in verschiedenen Abschriften angezeigt werden? Zeigen Sie auch die ID der Kursanmeldung 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 24) (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 4))) (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 Sections.course_id, Count(*) FROM Sections GROUP BY Sections.course_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.7168539282872288}]}
{"index": 572, "beams": [{"question": "Wie oft kann ein Kurs maximal in verschiedenen Abschriften angezeigt werden, und wie lautet die ID der Kursanmeldung?", "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 19) (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 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 Count(*), Degree_Programs.department_id FROM Courses JOIN Degree_Programs JOIN Sections ON Courses.course_id = Sections.course_id JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id JOIN Student_Enrolment_Courses ON Student_Enrolment.student_enrolment_id = Student_Enrolment_Courses.student_enrolment_id AND Student_Enrolment_Courses.course_id = Courses.course_id GROUP BY Degree_Programs.department_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.227781198597988}]}
{"index": 573, "beams": [{"question": "Zeigen Sie das Datum der Abschrift an, das die geringste Anzahl von Ergebnissen zeigt, und geben Sie auch die ID 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 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 52) (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 52) (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.transcript_id FROM Transcripts GROUP BY Transcripts.transcript_id ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.5716356257196011}]}
{"index": 574, "beams": [{"question": "Was ist das Datum und die ID der Abschrift mit der geringsten Anzahl von Ergebnissen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 52) (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.transcript_id FROM Transcripts GROUP BY Transcripts.transcript_id ORDER BY Count(*) Asc LIMIT 1", "inferred_code_readable": "", "score": -0.5197635289632316}]}
{"index": 575, "beams": [{"question": "Finden Sie das Semester, in dem sowohl \u201eMaster\u201c- als auch \u201eBachelor\u201c-Studierende eingeschrieben waren.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 20) (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 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))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.semester_id FROM Degree_Programs JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id WHERE Degree_Programs.degree_summary_name = \"Comp\" INTERSECT SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Degree_Programs.degree_summary_name = \"Ph\"", "inferred_code_readable": "", "score": -1.6179219643905967}]}
{"index": 576, "beams": [{"question": "Was ist die ID des Semesters, in dem sowohl \u201eMaster\u201c- als auch \u201eBachelor\u201c-Studierende eingeschrieben waren?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 20) (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 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))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Student_Enrolment.semester_id FROM Degree_Programs JOIN Student_Enrolment ON Degree_Programs.degree_program_id = Student_Enrolment.degree_program_id WHERE Degree_Programs.degree_summary_name = \"Comp\" INTERSECT SELECT Student_Enrolment.semester_id FROM Student_Enrolment WHERE Degree_Programs.degree_summary_name = \"Ph\"", "inferred_code_readable": "", "score": -1.2732549722856632}]}
{"index": 577, "beams": [{"question": "Wie viele verschiedene Adressen haben die Studierenden derzeit?", "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": -5.96046184853094e-06}]}
{"index": 578, "beams": [{"question": "Welche verschiedenen Adressen haben Studierende, die dort wohnen?", "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 33) (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 Students.current_address_id FROM Addresses JOIN Students ON Addresses.address_id = Students.current_address_id", "inferred_code_readable": "", "score": -0.5621178286896722}]}
{"index": 579, "beams": [{"question": "F\u00fchren Sie alle Details der Studenten in umgekehrter lexikographischer Reihenfolge auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0017273662887120622}]}
{"index": 580, "beams": [{"question": "Welche weiteren Details k\u00f6nnen Sie mir \u00fcber Studierende in umgekehrter alphabetischer Reihenfolge mitteilen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.03702011930156601}]}
{"index": 581, "beams": [{"question": "Beschreiben Sie den Abschnitt \u201eh\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.3434441685611347}]}
{"index": 582, "beams": [{"question": "Wie lautet die Beschreibung f\u00fcr den Abschnitt mit dem Namen \u201eh\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.23468095028736968}]}
{"index": 583, "beams": [{"question": "Finden Sie den Vornamen der Studierenden, die dauerhaft in dem Land \u201eHaiti\u201c wohnen oder die Handynummer 09700166582 haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (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 \"C700166582\"))))))) (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 = \"C700166582\"", "inferred_code_readable": "", "score": -0.7190638603417696}]}
{"index": 584, "beams": [{"question": "Wie lauten die Vornamen der Studierenden, die dauerhaft in \u201eHaiti\u201c wohnen oder die Handynummer 09700166582 haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 8) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Close\"))))))) (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 Addresses.country = \"Close\"", "inferred_code_readable": "", "score": -2.4168679543955776}]}
{"index": 585, "beams": [{"question": "Listen Sie die Titel aller Cartoons in alphabetischer Reihenfolge auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.364412047015321e-06}]}
{"index": 586, "beams": [{"question": "Wie lauten die Titel der Cartoons in alphabetischer Reihenfolge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.6028304840083365e-06}]}
{"index": 587, "beams": [{"question": "Listen Sie alle Cartoons auf, die unter der Regie von \u201eBen Jones\u201c entstanden sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"WalJones\"))))) (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 = \"WalJones\"", "inferred_code_readable": "", "score": -1.4559253455662997}]}
{"index": 588, "beams": [{"question": "Wie lauten die Namen aller Cartoons unter der Regie von \u201eBen Jones\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"WalJones\"))))) (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 = \"WalJones\"", "inferred_code_readable": "", "score": -1.2963922121561424}]}
{"index": 589, "beams": [{"question": "Wie viele Cartoons wurden von \u201eJoseph Kuhr\u201c geschrieben?", "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 \"OilKuKuhr\"))))) (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 = \"OilKuKuhr\"", "inferred_code_readable": "", "score": -1.8545941129406742}]}
{"index": 590, "beams": [{"question": "Wie viele Cartoons wurden von \u201eJoseph Kuhr\u201c geschrieben?", "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 \"OilKuKuhr\"))))) (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 = \"OilKuKuhr\"", "inferred_code_readable": "", "score": -1.8545941129406742}]}
{"index": 591, "beams": [{"question": "Listen Sie alle Titel der Cartoons und ihre Regisseure geordnet nach ihrem Sendedatum auf", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.291532590627867e-06}]}
{"index": 592, "beams": [{"question": "Wie lauten der Name und die Regisseure aller Cartoons, die nach Sendedatum bestellt werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.722042104139291e-06}]}
{"index": 593, "beams": [{"question": "F\u00fchren Sie den Titel aller Cartoons auf, die unter der Regie von \u201eBen Jones\u201c oder \u201eBrandon Vietti\" entstanden sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.08372039062057}]}
{"index": 594, "beams": [{"question": "Wie lauten die Titel aller Cartoons, die unter der Regie von \u201eBen Jones\u201c oder \u201eBrandon Vietti\" entstanden sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.87146888296094}]}
{"index": 595, "beams": [{"question": "Welches Land hat die meisten Fernsehsender? F\u00fchren Sie das Land und die Anzahl der Fernsehsender auf, die es hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.181525945843532e-05}]}
{"index": 596, "beams": [{"question": "Welches ist das Land mit den meisten Fernsehsendern und wie viele hat es?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -6.711384508406582e-05}]}
{"index": 597, "beams": [{"question": "F\u00fchren Sie die Anzahl der verschiedenen Seriennamen und Inhalte in der Tabelle der Fernsehsender auf.", "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": -0.00016068545576786164}]}
{"index": 598, "beams": [{"question": "Wie viele verschiedene Serien und Inhalte sind in der Tabelle der Fernsehsender aufgef\u00fchrt?", "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 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.Content), Count(DISTINCT TV_Channel.Content) FROM TV_Channel", "inferred_code_readable": "", "score": -0.000517208786497747}]}
{"index": 599, "beams": [{"question": "Was ist der Inhalt des Fernsehsenders mit dem Seriennamen \u201eSky Radio\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"URadioRadio\"))))) (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 = \"URadioRadio\"", "inferred_code_readable": "", "score": -1.750735785327464}]}
{"index": 600, "beams": [{"question": "Was ist der Inhalt der Serie \u201eSky Radio\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9335265181434309}]}
{"index": 601, "beams": [{"question": "Was ist die Paketoption des Fernsehsenders mit dem Seriennamen \u201eSky Radio\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"URadioRadio\"))))) (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 = \"URadioRadio\"", "inferred_code_readable": "", "score": -1.4041776656991019}]}
{"index": 602, "beams": [{"question": "Was sind die Paketoptionen der Fernsehsender mit dem Seriennamen \u201eSky Radio\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"URadioRadio\"))))) (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 = \"URadioRadio\"", "inferred_code_readable": "", "score": -1.890525489981627}]}
{"index": 603, "beams": [{"question": "Wie viele Fernsehsender verwenden die Sprache \u201eEnglisch\u201c?", "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": -0.11786583135796747}]}
{"index": 604, "beams": [{"question": "Wie viele Fernsehsender verwenden die Sprache \u201eEnglisch\u201c?", "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": -0.11786583135796747}]}
{"index": 605, "beams": [{"question": "F\u00fchren Sie die Sprache auf, die die geringste Anzahl von Fernsehsendern verwendet. Listen Sie die Sprache und die Anzahl der Fernsehsender auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0012074361662754995}]}
{"index": 606, "beams": [{"question": "Welche Sprachen werden von der geringsten Anzahl von Fernsehsendern verwendet und wie viele Sender verwenden sie?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0015984826586148415}]}
{"index": 607, "beams": [{"question": "F\u00fchren Sie jede Sprache und die Anzahl der Fernsehsender auf, die sie verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.8610222884140057e-06}]}
{"index": 608, "beams": [{"question": "Geben Sie f\u00fcr jede Sprache die Anzahl der Fernsehsender an, die sie verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.145766785588421e-06}]}
{"index": 609, "beams": [{"question": "Welcher Fernsehsender zeigt den Cartoon \u201eThe Rise of the Blue Beetle!\u201c (Der Aufstieg des Blauen K\u00e4fers)? Geben Sie den Namen der Serie des Fernsehsenders 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 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 (And (cond-left (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 \"Easteofofthele!\"))))) (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 (String (string-s \"The\"))))))) (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 = \"Easteofofthele!\" AND Cartoon.Title = \"The\"", "inferred_code_readable": "", "score": -6.00511832548257}]}
{"index": 610, "beams": [{"question": "Wie lautet der Serienname des Fernsehsenders, der den Cartoon \u201eThe Rise of the Blue Beetle!\u201c (Der Aufstieg des Blauen K\u00e4fers) zeigt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (And (cond-left (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 \"Theingeofofofofle!\"))))) (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 (String (string-s \"PM\"))))))) (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 = \"Theingeofofofofle!\" AND Cartoon.Title = \"PM\"", "inferred_code_readable": "", "score": -6.201386386877132}]}
{"index": 611, "beams": [{"question": "F\u00fchren Sie den Titel aller im Fernsehsender gezeigten Cartoons mit dem Seriennamen \u201eSky Radio\u201c auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"NYRadio\"))))) (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 = \"NYRadio\"", "inferred_code_readable": "", "score": -1.6219916528128309}]}
{"index": 612, "beams": [{"question": "Wie lautet der Titel aller Cartoons, die auf dem Fernsehsender mit dem Seriennamen \u201eSky Radio\u201c ausgestrahlt werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"TVRadio\"))))) (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 = \"TVRadio\"", "inferred_code_readable": "", "score": -1.3616299492873196}]}
{"index": 613, "beams": [{"question": "Listen Sie die Episode aller Fernsehserien nach der Bewertung auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 13) (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.Rating Asc", "inferred_code_readable": "", "score": -0.0008206586932359983}]}
{"index": 614, "beams": [{"question": "Was sind alle nach Bewertungen geordneten Episoden ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 13) (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.Rating Asc", "inferred_code_readable": "", "score": -2.944433639129329e-05}]}
{"index": 615, "beams": [{"question": "F\u00fchren Sie die 3 Fernsehserie mit der h\u00f6chsten Bewertung auf. Listen Sie die Episode und die Bewertung der Fernsehserie auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 13) (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.Rating Desc LIMIT 3", "inferred_code_readable": "", "score": -0.0022328158316042845}]}
{"index": 616, "beams": [{"question": "Welches sind die 3 am h\u00f6chsten bewerteten Episoden in der Tabelle der Fernsehserien und wie hoch waren diese Bewertungen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 13) (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.Rating Desc LIMIT 3", "inferred_code_readable": "", "score": -0.00011407927858186895}]}
{"index": 617, "beams": [{"question": "Was ist der minimale und maximale Anteil der Fernsehserien?", "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": -6.592149822637339e-05}]}
{"index": 618, "beams": [{"question": "Wie hoch ist der maximale und minimale Anteil der Fernsehserien?", "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": -6.198875439622498e-06}]}
{"index": 619, "beams": [{"question": "Wann wird eine Fernsehserie mit der Episode \u201eA Love of a Lifetime\u201c ausgestrahlt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9704010442249142}]}
{"index": 620, "beams": [{"question": "Wann wurde die Episode \u201eA Love of a Lifetime\u201c ausgestrahlt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.40490363221240244}]}
{"index": 621, "beams": [{"question": "Wie hoch ist der w\u00f6chentliche Rang von Fernsehserien mit der Episode \u201eA Love of a Lifetime\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.16587625769504655}]}
{"index": 622, "beams": [{"question": "Wie hoch ist der w\u00f6chentliche Rang der Episode \u201eA Love of a Lifetime\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"ALoveofaLifeLifeLife\"))))) (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 = \"ALoveofaLifeLifeLife\"", "inferred_code_readable": "", "score": -0.54413152704673}]}
{"index": 623, "beams": [{"question": "Was ist der Fernsehsender von Fernsehserien mit der Episode \u201eA Love of a Lifetime\u201c? F\u00fchren Sie den Namen des Fernsehsenders der Fernsehserie auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))) (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.Channel FROM TV_series WHERE TV_series.Episode = \"ALoveofaLifeLifeLife\"", "inferred_code_readable": "", "score": -1.3970997330155157}]}
{"index": 624, "beams": [{"question": "Wie lautet der Name der Serie mit der Episode \u201eA Love of a Lifetime\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5920451568350202}]}
{"index": 625, "beams": [{"question": "F\u00fchren Sie die Episode aller im Fernsehsender gezeigten Fernsehserien mit dem Seriennamen \u201eSky Radio\u201c auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.5070356952489732}]}
{"index": 626, "beams": [{"question": "Wie lautet die Episode der Fernsehserie mit dem Seriennamen \u201eSky Radio\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"URadioRadio\"))))) (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 = \"URadioRadio\"", "inferred_code_readable": "", "score": -2.010265581241228}]}
{"index": 627, "beams": [{"question": "Finden Sie die Anzahl der Cartoons, bei denen jeder der aufgelisteten Regisseure Regie gef\u00fchrt hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.025196232262715e-05}]}
{"index": 628, "beams": [{"question": "Wie viele Cartoons hat jeder Regisseur erstellt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.298297030113645e-06}]}
{"index": 629, "beams": [{"question": "Finden Sie den Produktionscode und den Sender des zuletzt ausgestrahlten Cartoons .", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 24) (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.Production_code Desc LIMIT 1", "inferred_code_readable": "", "score": -0.023823093621373914}]}
{"index": 630, "beams": [{"question": "Wie lauten Produktionscode und Sender des zuletzt ausgestrahlten Cartoons?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 24) (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.Production_code Desc LIMIT 1", "inferred_code_readable": "", "score": -0.4698210358601642}]}
{"index": 631, "beams": [{"question": "Finden Sie die Paketauswahl und den Namen der Fernsehserie des Fernsehsenders, der \u00fcber hochaufl\u00f6sendes Fernsehen verf\u00fcgt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"U\"))))) (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 = \"U\"", "inferred_code_readable": "", "score": -2.311367151601729}]}
{"index": 632, "beams": [{"question": "Was sind die Paketoptionen und der Name der Serie f\u00fcr den Fernsehsender, der hochaufl\u00f6sendes Fernsehen unterst\u00fctzt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"U\"))))) (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 = \"U\"", "inferred_code_readable": "", "score": -1.8789296241965658}]}
{"index": 633, "beams": [{"question": "Welche Fernsehsender in welchen L\u00e4ndern spielen einen von \u201eTodd Casey\u201c geschriebenen Cartoon?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"NiddCaseCase\"))))) (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 = \"NiddCaseCase\"", "inferred_code_readable": "", "score": -1.4770862450214821}]}
{"index": 634, "beams": [{"question": "In welchen L\u00e4ndern gibt es im Fernsehen Cartoons, die von \u201eTodd Casey\u201c geschrieben wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"NiddCaseCasey\"))))) (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 = \"NiddCaseCasey\"", "inferred_code_readable": "", "score": -0.9905200757041186}]}
{"index": 635, "beams": [{"question": "Welche Fernsehsender in welchen L\u00e4ndern spielen keine von \u201eTodd Casey\u201c geschriebenen Cartoons?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"MorddCaseCasey\"))))) (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 = \"MorddCaseCasey\"", "inferred_code_readable": "", "score": -1.093393824301785}]}
{"index": 636, "beams": [{"question": "In welchen L\u00e4ndern werden keine Cartoons von \u201eTodd Casey\u201c ausgestrahlt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6939311055776471}]}
{"index": 637, "beams": [{"question": "Finden Sie den Namen der Fernsehserie und das Land des Fernsehsenders, der einige Cartoons von \u201eBen Jones\u201c und \u201eMichael Chang\u201c abspielt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 2)) (Table (table-table_id 0)) (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 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 (And (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 (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 19) (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 22) (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 2)) (Table (table-table_id 0)) (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 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 19) (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 \"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.Written_by = \"WalterJones\" AND Cartoon.Written_by = \"WalterChang\" INTERSECT SELECT TV_Channel.series_name, TV_Channel.Country FROM Cartoon JOIN TV_Channel ON Cartoon.Channel = TV_Channel.id AND Cartoon.id = TV_Channel.id JOIN Cartoon WHERE Cartoon.Written_by = \"WalterChang\"", "inferred_code_readable": "", "score": -4.9714121213614035}]}
{"index": 638, "beams": [{"question": "Wie lauten der Serienname und das Land aller Fernsehsender, die Cartoons unter der Regie von \u201eBen Jones\u201c und Cartoons unter der Regie von \u201eMichael Chang\u201c abspielen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 2)) (Table (table-table_id 0)) (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 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 19) (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 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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 2)) (Table (table-table_id 0)) (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 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 19) (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 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 = \"WalterChang\" INTERSECT SELECT TV_Channel.series_name, TV_Channel.Country FROM Cartoon JOIN TV_Channel ON Cartoon.Channel = TV_Channel.id JOIN Cartoon WHERE Cartoon.Directed_by = \"WalterChang\"", "inferred_code_readable": "", "score": -2.5953598017916732}]}
{"index": 639, "beams": [{"question": "Finden Sie das Pixelseitenverh\u00e4ltnis und die Nation der Fernsehsender, die kein \u201eEnglisch\u201c verwenden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.24783651505474324}]}
{"index": 640, "beams": [{"question": "Wie lauten das Pixelseitenverh\u00e4ltnis und das Herkunftsland aller Fernsehsender, die kein \u201eEnglisch\u201c verwenden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.12463511463428745}]}
{"index": 641, "beams": [{"question": "Finden Sie die ID der Fernsehsender aus den L\u00e4ndern, in denen es mehr als zwei Fernsehsender gibt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0029073813776463453}]}
{"index": 642, "beams": [{"question": "Wie lauten die IDs aller Fernsehsender, die mehr als 2 Fernsehsender haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0015902530882314636}]}
{"index": 643, "beams": [{"question": "Finden Sie die ID der Fernsehsender, die keinen Cartoon unter der Regie von \u201eBen Jones\u201c abspielen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 19) (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.id FROM Cartoon WHERE Cartoon.Directed_by = \"WalJonesJones\"", "inferred_code_readable": "", "score": -1.1379590245559754}]}
{"index": 644, "beams": [{"question": "Wie lauten die IDs der Fernsehsender, die keine Cartoons unter der Regie von \u201eBen Jones\u201c abspielen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.7105082346751175}]}
{"index": 645, "beams": [{"question": "Finden Sie die Paketoption der Fernsehsender, die keine Cartoons unter der Regie von \u201eBen Jones\u201c haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"ElJonesJones\"))))) (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 = \"ElJonesJones\"", "inferred_code_readable": "", "score": -0.9133968328554971}]}
{"index": 646, "beams": [{"question": "Was sind die Paketoptionen aller Fernsehsender, die keine Cartoons unter der Regie von \u201eBen Jones\u201c abspielen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"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 Cartoon.Channel = TV_Channel.id WHERE Cartoon.Directed_by = \"WalJonesJones\"", "inferred_code_readable": "", "score": -1.3194865773950966}]}
{"index": 647, "beams": [{"question": "Wie viele Pokerspieler gibt es?", "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": -2.6226032190379556e-06}]}
{"index": 648, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Pokerspieler.", "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": -4.1723202031107576e-06}]}
{"index": 649, "beams": [{"question": "Listen Sie die Einkommen der Pokerspieler in absteigender Reihenfolge auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 5) (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.Money_Rank Desc", "inferred_code_readable": "", "score": -0.5497495532005416}]}
{"index": 650, "beams": [{"question": "Wie hoch sind die Einkommen von Pokerspielern, absteigend nach Wert geordnet?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 5) (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.Money_Rank Desc", "inferred_code_readable": "", "score": -1.0251978601161227e-05}]}
{"index": 651, "beams": [{"question": "F\u00fchren Sie die erreichten Finaltische und die besten Platzierungen von Pokerspielern auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.01561908011612445}]}
{"index": 652, "beams": [{"question": "Was sind die erreichten Finaltische und die besten Platzierungen aller Pokerspieler?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.005010060722902665}]}
{"index": 653, "beams": [{"question": "Wie hoch ist das durchschnittliche Einkommen von Pokerspielern?", "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": -0.0026813292776779463}]}
{"index": 654, "beams": [{"question": "Geben Sie das durchschnittliche Einkommen aller Pokerspieler an.", "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": -1.9311843210800816e-05}]}
{"index": 655, "beams": [{"question": "Was ist der Geldrang des Pokerspielers mit dem h\u00f6chsten Einkommen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.789487859899964e-05}]}
{"index": 656, "beams": [{"question": "Geben Sie den Geldrang des Spielers mit dem h\u00f6chsten Einkommen zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 5) (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.Money_Rank Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00014483231709050415}]}
{"index": 657, "beams": [{"question": "Wie hoch ist die maximale Anzahl von Finaltischen unter Pokerspielern mit einem Einkommen von weniger als 200000?", "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 200000))))) (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 < 200000", "inferred_code_readable": "", "score": -0.00360605292426186}]}
{"index": 658, "beams": [{"question": "Geben Sie die maximale Anzahl der Finaltische zur\u00fcck, die von allen Pokerspielern mit Einkommen unter 200000 erreicht wurden.", "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 5) (singleton-is_distinct False))))) (val-val1 (Number (object-f 200000))))) (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.Money_Rank < 200000", "inferred_code_readable": "", "score": -0.04993752591964551}]}
{"index": 659, "beams": [{"question": "Wie lauten die Namen der Pokerspieler?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.5537773665671466e-05}]}
{"index": 660, "beams": [{"question": "Geben Sie die Namen aller Pokerspieler zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.5868369597503715e-05}]}
{"index": 661, "beams": [{"question": "Wie lauten die Namen von Pokerspielern, deren Einkommen h\u00f6her als 300000 ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 300000))))) (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 > 300000", "inferred_code_readable": "", "score": -0.030801861515229234}]}
{"index": 662, "beams": [{"question": "Nennen Sie die Namen von Pokerspielern, deren Einkommen \u00fcber 300000 liegt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 300000))))) (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 > 300000", "inferred_code_readable": "", "score": -0.0025023432006392454}]}
{"index": 663, "beams": [{"question": "Geben Sie die Namen der nach den Finaltischen in aufsteigender Reihenfolge  geordneten Pokerspieler 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 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": -1.0490402758023265e-05}]}
{"index": 664, "beams": [{"question": "Wie lauten die Namen von Pokerspielern, aufsteigend geordnet nach der Anzahl der Finaltische, die sie erreicht haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.295399313278494e-05}]}
{"index": 665, "beams": [{"question": "Welches ist das Geburtsdatum des Pokerspielers mit dem niedrigsten Einkommen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00011717778787811994}]}
{"index": 666, "beams": [{"question": "Geben Sie das Geburtsdatum des Pokerspielers mit dem niedrigsten Einkommen 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 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": -0.00623828541436211}]}
{"index": 667, "beams": [{"question": "Was ist der Geldrang des h\u00f6chsten Pokerspielers?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.5884277220771352}]}
{"index": 668, "beams": [{"question": "Geben Sie den Geldrang des Pokerspielers mit der gr\u00f6\u00dften H\u00f6he zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.2888132754417256e-05}]}
{"index": 669, "beams": [{"question": "Wie hoch ist das durchschnittliche Einkommen von Pokerspielern mit einer K\u00f6rpergr\u00f6\u00dfe von \u00fcber 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": -2.0742382318417185e-05}]}
{"index": 670, "beams": [{"question": "Geben Sie das durchschnittliche Einkommen von Pokerspielern mit einer K\u00f6rpergr\u00f6\u00dfe von mehr als 200 an.", "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": -6.246512302965357e-05}]}
{"index": 671, "beams": [{"question": "Wie lauten die Namen der Pokerspieler in absteigender Reihenfolge der Einkommen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0848019336151538e-05}]}
{"index": 672, "beams": [{"question": "Geben Sie die Namen von Pokerspielern in absteigender Reihenfolge ihrer Einkommen 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 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": -0.00612835865363337}]}
{"index": 673, "beams": [{"question": "Welches sind die verschiedenen Nationalit\u00e4ten von Menschen und die entsprechende Anzahl von Menschen aus jeder 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": -3.81469613586205e-06}]}
{"index": 674, "beams": [{"question": "Wie viele Personen gibt es von jeder Nationalit\u00e4t?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.980231599281069e-06}]}
{"index": 675, "beams": [{"question": "Welche ist die h\u00e4ufigste Nationalit\u00e4t von Menschen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.679371896709199e-05}]}
{"index": 676, "beams": [{"question": "Geben Sie die Nationalit\u00e4t an, die bei allen Menschen am h\u00e4ufigsten anzutreffen ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4066643878152263e-05}]}
{"index": 677, "beams": [{"question": "Welches sind die Nationalit\u00e4ten, die mindestens zwei Menschen gemeinsam haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4662719372893207e-05}]}
{"index": 678, "beams": [{"question": "Geben Sie die Nationalit\u00e4ten an, f\u00fcr die es zwei oder mehr Personen gibt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.672938820959871e-05}]}
{"index": 679, "beams": [{"question": "Geben Sie die Namen und Geburtsdaten der Personen in aufsteigender alphabetischer Reihenfolge der Namen 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 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": -8.344637834056812e-06}]}
{"index": 680, "beams": [{"question": "Wie lauten die Namen und Geburtsdaten von Personen, geordnet nach ihren Namen in alphabetischer Reihenfolge?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.225432736708171e-06}]}
{"index": 681, "beams": [{"question": "Zeigen Sie die Namen von Personen an, deren Nationalit\u00e4t nicht \u201eRussia\u201c ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.3038259148551603}]}
{"index": 682, "beams": [{"question": "Wie lauten die Namen von Personen, die nicht aus \u201eRussia\u201c stammen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"UnitedJa\"))))) (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 != \"UnitedJa\"", "inferred_code_readable": "", "score": -3.4063754009492513}]}
{"index": 683, "beams": [{"question": "Listen Sie die Namen von Personen auf, die keine Pokerspieler sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.414681250850208e-05}]}
{"index": 684, "beams": [{"question": "Wie lauten die Namen von Personen, die nicht Poker spielen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00019227210211170132}]}
{"index": 685, "beams": [{"question": "Wie viele verschiedene Nationalit\u00e4ten gibt es?", "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": -6.198880832641862e-06}]}
{"index": 686, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der verschiedenen Nationalit\u00e4ten.", "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": -5.841253475580288e-06}]}
{"index": 687, "beams": [{"question": "Wie viele Staaten gibt es?", "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 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(AREA_CODE_STATE.state) FROM AREA_CODE_STATE", "inferred_code_readable": "", "score": -0.030451763759593575}]}
{"index": 688, "beams": [{"question": "Listen Sie die Nummern und Namen der Kandidaten auf, absteigend geordnet nach den Namen der Kandidaten.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.092840905187359e-05}]}
{"index": 689, "beams": [{"question": "Listen Sie die IDs, Telefonnummern und Staaten aller Stimmen auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4781921819917443e-05}]}
{"index": 690, "beams": [{"question": "Was sind die H\u00f6chst- und Mindestwerte der Vorwahlen?", "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": -0.15619263937268357}]}
{"index": 691, "beams": [{"question": "Was ist das letzte Erstellungsdatum der Stimmen aus dem Staat \u201eCA\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 7) (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 VOTES.created FROM VOTES WHERE VOTES.state = \"CA\"", "inferred_code_readable": "", "score": -0.6796853913348784}]}
{"index": 692, "beams": [{"question": "Wie lauten die Namen der Kandidatinnen, deren Namen nicht \u201eJessie Alloway\u201c lauten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 \"Heilo\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT * FROM CONTESTANTS WHERE CONTESTANTS.contestant_name != \"Heilo\"", "inferred_code_readable": "", "score": -1.5136881967488875}]}
{"index": 693, "beams": [{"question": "Was sind die einzelnen Staaten und die Entstehungszeit aller Stimmen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 VOTES.state, VOTES.created FROM VOTES", "inferred_code_readable": "", "score": -0.00013124247625029284}]}
{"index": 694, "beams": [{"question": "Wie sind die Nummern der Kandidaten und die Namen der Kandidaten, die mindestens zwei Stimmen hatten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00045053861710897536}]}
{"index": 695, "beams": [{"question": "Wie lauten die Kandidatennummern und Namen, die von allen Kandidaten, die eine Stimme erhalten haben, am wenigsten Stimmen erhalten haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (Lt (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 0))))) (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 CONTESTANTS.contestant_number, CONTESTANTS.contestant_name FROM CONTESTANTS JOIN VOTES ON CONTESTANTS.contestant_number = VOTES.contestant_number WHERE VOTES.vote_id < 0 GROUP BY CONTESTANTS.contestant_number", "inferred_code_readable": "", "score": -1.3572714915929964}]}
{"index": 696, "beams": [{"question": "Wie viele Stimmen hat der Staat \u201eNY\u201c oder \u201eCA\u201c abgegeben?", "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 7) (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 7) (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 Count(*) FROM VOTES WHERE VOTES.state = \"NY\" OR VOTES.state = \"BAL\"", "inferred_code_readable": "", "score": -0.8743380042631728}]}
{"index": 697, "beams": [{"question": "Wie viele Kandidaten wurden nicht gew\u00e4hlt?", "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": -0.003839309746751951}]}
{"index": 698, "beams": [{"question": "Wie lautet die Vorwahl, unter der die meisten W\u00e4hler abgestimmt haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 VOTES.contestant_number FROM VOTES GROUP BY VOTES.contestant_number ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00048585405482981514}]}
{"index": 699, "beams": [{"question": "Was sind die Erstellungsdaten, Staaten und Telefonnummern der Stimmen, die f\u00fcr die Kandidatin mit dem Namen \u201eTabatha Gehling\u201c abgegeben wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Ala\"))))) (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 = \"Ala\"", "inferred_code_readable": "", "score": -0.7641418462970293}]}
{"index": 700, "beams": [{"question": "F\u00fchren Sie die Vorwahlen auf, in denen die W\u00e4hler sowohl f\u00fcr die Kandidatin \u201eTabatha Gehling\u201c als auch f\u00fcr die Kandidatin \u201eKelly Clauss\u201c gestimmt haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 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.vote_id FROM CONTESTANTS JOIN VOTES ON CONTESTANTS.contestant_number = VOTES.contestant_number WHERE CONTESTANTS.contestant_name = \"Aptha\" INTERSECT SELECT VOTES.vote_id FROM VOTES JOIN CONTESTANTS ON VOTES.contestant_number = CONTESTANTS.contestant_number WHERE CONTESTANTS.contestant_name = \"Gity\"", "inferred_code_readable": "", "score": -5.602454241144336}]}
{"index": 701, "beams": [{"question": "Geben Sie die Namen der KandidatInnen zur\u00fcck, deren Namen \u201eAI\u201c enthalten.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"%a%\"))))) (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 \"%a%\"", "inferred_code_readable": "", "score": -0.056686714191819476}]}
{"index": 702, "beams": [{"question": "Wie lauten die Namen aller L\u00e4nder, die nach 1950 unabh\u00e4ngig wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.023073973121782387}]}
{"index": 703, "beams": [{"question": "Geben Sie die Namen der L\u00e4nder zur\u00fcck, die nach 1950 gegr\u00fcndet wurden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.014806487130471169}]}
{"index": 704, "beams": [{"question": "Wie viele L\u00e4nder haben eine \u201erepublic\u201c als Regierungsform?", "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 \"Epublic\"))))) (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 = \"Epublic\"", "inferred_code_readable": "", "score": -0.15791656397583864}]}
{"index": 705, "beams": [{"question": "Wie viele L\u00e4nder haben Regierungen, die \u201erepublic\u201c sind?", "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 (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 \"Een\"))))) (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 WHERE country.GovernmentForm = \"Een\"", "inferred_code_readable": "", "score": -1.9552847538324514}]}
{"index": 706, "beams": [{"question": "Wie gro\u00df ist die Gesamtfl\u00e4che der L\u00e4nder in der \u201eCaribbean\u201c?", "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 \"Research\"))))) (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 = \"Research\"", "inferred_code_readable": "", "score": -0.2370695583027782}]}
{"index": 707, "beams": [{"question": "Wie viel Fl\u00e4che bedecken die L\u00e4nder in der \u201eCaribbean\u201c zusammen?", "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 \"Research\"))))) (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 = \"Research\"", "inferred_code_readable": "", "score": -0.18239379470772832}]}
{"index": 708, "beams": [{"question": "Zu welchem Kontinent geh\u00f6rt \u201eAnguilla\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 18) (singleton-is_distinct False))))) (val-val1 (String (string-s \"iailla\"))))) (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.LocalName = \"iailla\"", "inferred_code_readable": "", "score": -2.56980454921689}]}
{"index": 709, "beams": [{"question": "Wie lautet der Name des Kontinents, zu dem \u201eAnguilla\u201c geh\u00f6rt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Honoilla\"))))) (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 = \"Honoilla\"", "inferred_code_readable": "", "score": -1.9937756955614958}]}
{"index": 710, "beams": [{"question": "In welcher Region liegt die Stadt \u201eKabul\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 2) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Howard\"))))) (col_unit*-group_by) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT country.Region FROM city JOIN country ON city.CountryCode = country.Code WHERE city.Name = \"Howard\"", "inferred_code_readable": "", "score": -2.654437773462405}]}
{"index": 711, "beams": [{"question": "In welcher Region liegt \u201eKabul\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 9) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Morning\"))))) (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.Name = \"Morning\"", "inferred_code_readable": "", "score": -1.5284924226138088}]}
{"index": 712, "beams": [{"question": "Welche Sprache ist die beliebteste in \u201eAruba\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.7460559470597516}]}
{"index": 713, "beams": [{"question": "Welche Sprache wird in \u201eAruba\u201c \u00fcberwiegend gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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": -0.341435839234002}]}
{"index": 714, "beams": [{"question": "Wie ist die Bev\u00f6lkerung und die Lebenserwartung in \u201eBrazil\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"I\"))))) (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 = \"I\"", "inferred_code_readable": "", "score": -1.6485694646350382}]}
{"index": 715, "beams": [{"question": "Nennen Sie mir die Bev\u00f6lkerung und die Lebenserwartung in \u201eBrazil\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"I\"))))) (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 = \"I\"", "inferred_code_readable": "", "score": -1.3656804114493681}]}
{"index": 716, "beams": [{"question": "Welche Region und Bev\u00f6lkerung gibt es in \u201eAngola\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4193540114472256}]}
{"index": 717, "beams": [{"question": "Zu welcher Region geh\u00f6rt \u201eAngola\u201c und wie gro\u00df ist seine Bev\u00f6lkerung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0026935381076427}]}
{"index": 718, "beams": [{"question": "Wie hoch ist die durchschnittliche Lebenserwartung der L\u00e4nder in der Region \u201eCentral Africa\u201c?", "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": -0.3467867570573375}]}
{"index": 719, "beams": [{"question": "Wie hoch ist die durchschnittliche Lebenserwartung der Menschen in \u201eCentral Africa\u201c?", "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": -0.10506583785047496}]}
{"index": 720, "beams": [{"question": "Wie hei\u00dft das Land mit der k\u00fcrzesten Lebenserwartung in \u201eAsia\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Austin\"))))) (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 = \"Austin\" ORDER BY country.LifeExpectancy Asc LIMIT 1", "inferred_code_readable": "", "score": -1.2028462807828362}]}
{"index": 721, "beams": [{"question": "Geben Sie den Namen des Landes in \u201eAsia\u201c an, das die geringste Lebenserwartung hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Alice\"))))) (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.Region = \"Alice\" ORDER BY country.LifeExpectancy Asc LIMIT 1", "inferred_code_readable": "", "score": -1.0291489701201755}]}
{"index": 722, "beams": [{"question": "Wie hoch ist die Gesamtbev\u00f6lkerung und das maximale BSP in \u201eAsia\u201c?", "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 11) (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))", "inferred_code": "SELECT Sum(country.Population), Max(country.GNP) FROM country WHERE country.Region = \"Uniteda\"", "inferred_code_readable": "", "score": -1.7420963998096752}]}
{"index": 723, "beams": [{"question": "Wie viele Menschen leben in \u201eAsia\u201c, und welches ist das gr\u00f6\u00dfte BSP unter ihnen?", "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 \"Unitedsa\"))))) (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 = \"Unitedsa\"", "inferred_code_readable": "", "score": -2.253213628528883}]}
{"index": 724, "beams": [{"question": "Wie hoch ist die durchschnittliche Lebenserwartung in \u201eAfrica\u201c, die \u201erepublic\u201c sind?", "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 (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 \"Canada\"))))) (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 (String (string-s \"Tourna\"))))))) (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 = \"Canada\" AND country.GovernmentForm = \"Tourna\"", "inferred_code_readable": "", "score": -2.9286290957545873}]}
{"index": 725, "beams": [{"question": "Geben Sie die durchschnittliche Lebenserwartung f\u00fcr L\u00e4nder in \u201eAfrica\u201c an, die \u201erepublic\u201c sind?", "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 (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 \"Canada\"))))) (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 (String (string-s \"Howard\"))))))) (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 = \"Canada\" AND country.GovernmentForm = \"Howard\"", "inferred_code_readable": "", "score": -2.2702775457813757}]}
{"index": 726, "beams": [{"question": "Wie gro\u00df ist die Gesamtfl\u00e4che der Kontinente \u201eAsia\u201c und \u201eEurope\u201c?", "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 \"East\"))))) (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 = \"East\" OR country.Continent = \"Tai\"", "inferred_code_readable": "", "score": -2.4085565394580186}]}
{"index": 727, "beams": [{"question": "Geben Sie die Gesamtfl\u00e4che der L\u00e4nder in \u201eAsia\u201c oder \u201eEurope\u201c an.", "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 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Tokyo\"))))) (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 \"Texas\"))))))) (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 = \"Tokyo\" OR country.Region = \"Texas\"", "inferred_code_readable": "", "score": -2.0009011541411326}]}
{"index": 728, "beams": [{"question": "Wie viele Menschen leben im Bezirk \u201eGelderland\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Honoerland\"))))) (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 = \"Honoerland\"", "inferred_code_readable": "", "score": -2.1787873804158338}]}
{"index": 729, "beams": [{"question": "Wie hoch ist die Gesamtbev\u00f6lkerung des Bezirks \u201eGelderland\u201c?", "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": -2.084523378454442}]}
{"index": 730, "beams": [{"question": "Wie hoch ist das durchschnittliche BSP und die Gesamtbev\u00f6lkerung in allen Nationen, deren Regierung das Gebiet der \u201eUS territory\u201c ist?", "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": -0.16586656832797786}]}
{"index": 731, "beams": [{"question": "Geben Sie das durchschnittliche BSP und die Gesamtbev\u00f6lkerung der Nationen an, die als Gebiet der \u201eUS territory\u201c gelten.", "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": -0.04620749066717167}]}
{"index": 732, "beams": [{"question": "Wie viele einzigartige Sprachen werden in der Welt gesprochen?", "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": -8.952284026264579e-05}]}
{"index": 733, "beams": [{"question": "Wie viele verschiedene Sprachen werden in der Welt gesprochen?", "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": -1.955023591904137e-05}]}
{"index": 734, "beams": [{"question": "Wie viele Arten von Regierungen gibt es in \u201eAfrica\u201c?", "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": -0.5842658297297803}]}
{"index": 735, "beams": [{"question": "Wie viele verschiedene Regierungsformen gibt es in \u201eAfrica\u201c?", "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": -0.7254774989998296}]}
{"index": 736, "beams": [{"question": "Wie hoch ist die Gesamtzahl der in \u201eAruba\u201c verwendeten Sprachen?", "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)) (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) (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": -0.5585746207442028}]}
{"index": 737, "beams": [{"question": "Wie viele Sprachen werden in \u201eAruba\u201c gesprochen?", "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 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 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 (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": -1.6858875924727315}]}
{"index": 738, "beams": [{"question": "Wie viele offizielle Sprachen gibt es in \u201eAfghanistan\u201c?", "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": -0.026065601127712057}]}
{"index": 739, "beams": [{"question": "Wie viele offizielle Sprachen werden in \u201eAfghanistan\u201c gesprochen?", "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": -0.036283825406847825}]}
{"index": 740, "beams": [{"question": "Wie hei\u00dft das Land, in dem die meisten Sprachen gesprochen werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.08503477041816154}]}
{"index": 741, "beams": [{"question": "Geben Sie den Namen des Landes an, das die gr\u00f6\u00dfte Anzahl von Sprachen verwendet.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0078005831050731445}]}
{"index": 742, "beams": [{"question": "Welcher Kontinent hat die meisten verschiedenen Sprachen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00016104373012382212}]}
{"index": 743, "beams": [{"question": "Auf welchem Kontinent werden die meisten Sprachen gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00012027863890295976}]}
{"index": 744, "beams": [{"question": "Wie viele L\u00e4nder sprechen sowohl \u201eEnglish\u201c als auch \u201eDutch\u201c?", "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 \"USA\"))))) (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 = \"USA\" INTERSECT SELECT * FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -1.7047296477303888}]}
{"index": 745, "beams": [{"question": "Wie viele L\u00e4nder verwenden sowohl \u201eEnglish\u201c als auch \u201eDutch\u201c?", "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 \"USA\"))))) (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 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 = \"USA\" INTERSECT SELECT country.Name FROM countrylanguage WHERE countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -0.840285498112209}]}
{"index": 746, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder, die sowohl \u201eEnglish\u201c als auch \u201eFrench\u201c sprechen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.22473790428698237}]}
{"index": 747, "beams": [{"question": "Geben Sie die Namen der L\u00e4nder an, die sowohl \u201eEnglish\u201c als auch \u201eFrench\u201c sprechen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.21467924290136153}]}
{"index": 748, "beams": [{"question": "Wie lauten die Namen von L\u00e4ndern, in denen sowohl \u201eEnglish\u201c als auch \u201eFrench\u201c Amtssprachen sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6256303262009411}]}
{"index": 749, "beams": [{"question": "Nennen Sie die Namen der L\u00e4nder mit \u201eEnglish\u201c und \u201eFrench\u201c als offizielle Sprachen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.7013854159109343}]}
{"index": 750, "beams": [{"question": "Wie viele verschiedene Kontinente gibt es, auf denen \u201eChinese\u201c gesprochen wird?", "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": -0.0382791299873233}]}
{"index": 751, "beams": [{"question": "Auf wie vielen Kontinenten wird \u201eChinese\u201c gesprochen?", "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": -0.013652335598166587}]}
{"index": 752, "beams": [{"question": "Welches sind die Regionen, in denen \u201eEnglish\u201c oder \u201eDutch\u201c gesprochen wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"Man\"))))))) (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 JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" OR countrylanguage.Language = \"Man\"", "inferred_code_readable": "", "score": -0.740742646152249}]}
{"index": 753, "beams": [{"question": "In welchen Regionen wird \u201eDutch\u201c oder \u201eEnglish\u201c gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"english\"))))))) (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 JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language = \"UK\" OR countrylanguage.Language = \"english\"", "inferred_code_readable": "", "score": -1.355341225860677}]}
{"index": 754, "beams": [{"question": "Welches sind die L\u00e4nder, in denen entweder \u201eEnglish\u201c oder \u201eDutch\u201c die offizielle Sprache ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Man\"))))))) (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 = \"Man\"", "inferred_code_readable": "", "score": -0.14142235960603244}]}
{"index": 755, "beams": [{"question": "In welchen L\u00e4ndern ist entweder \u201eEnglish\u201c oder \u201eDutch\u201c die offizielle Sprache?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Man\"))))))) (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 = \"Man\"", "inferred_code_readable": "", "score": -0.1656258779633646}]}
{"index": 756, "beams": [{"question": "Welche Sprache ist die beliebteste auf dem \u201eAsia\u201c Kontinent?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.17025234150446522}]}
{"index": 757, "beams": [{"question": "Welche ist die Sprache, die von der gr\u00f6\u00dften Anzahl \u201eAsia\u201c Nationen verwendet wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Uniteda\"))))) (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 = \"Uniteda\" GROUP BY countrylanguage.Language ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.8112925252303427}]}
{"index": 758, "beams": [{"question": "Welche Sprachen werden in den Regierungen der \u201erepublic\u201c nur von einem Land gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"C\"))))) (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 = \"C\" GROUP BY countrylanguage.Language HAVING Count(*) = 1", "inferred_code_readable": "", "score": -0.825893377865718}]}
{"index": 759, "beams": [{"question": "Welche Sprachen werden nur von einem einzigen Land mit einer \u201erepublic\u201c Regierung gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"C\"))))) (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 = \"C\" GROUP BY countrylanguage.Language HAVING Count(*) = 1", "inferred_code_readable": "", "score": -0.8263442523356943}]}
{"index": 760, "beams": [{"question": "Finden Sie die Stadt mit der gr\u00f6\u00dften Bev\u00f6lkerung, die Englisch verwendet.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (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))))))) (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 countrylanguage.Language = (SELECT Max(city.Population) FROM countrylanguage WHERE countrylanguage.Language = \"english\")", "inferred_code_readable": "", "score": -0.9668702552674162}]}
{"index": 761, "beams": [{"question": "Welches ist die bev\u00f6lkerungsreichste Stadt, die \u201eEnglish\u201c spricht?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6466492842496052}]}
{"index": 762, "beams": [{"question": "Finden Sie den Namen, die Bev\u00f6lkerung und die Lebenserwartung des \u201eAsia\u201c Landes mit der gr\u00f6\u00dften Fl\u00e4che?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 11) (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 11) (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.Region = \"Unitedsa\" AND country.SurfaceArea = (SELECT Max(country.SurfaceArea) FROM country WHERE country.Region = \"Uniteda\")", "inferred_code_readable": "", "score": -3.5745679938695716}]}
{"index": 763, "beams": [{"question": "Wie lauten der Name, die Bev\u00f6lkerung und die Lebenserwartung des \u201eAsia\u201c Landes mit der gr\u00f6\u00dften Fl\u00e4che?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 11) (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 11) (singleton-is_distinct False))))) (val-val1 (String (string-s \"Unitedce\"))))) (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.Region = \"Unitedsa\" AND country.SurfaceArea = (SELECT Max(country.SurfaceArea) FROM country WHERE country.Region = \"Unitedce\")", "inferred_code_readable": "", "score": -3.720277739717652}]}
{"index": 764, "beams": [{"question": "Wie hoch ist die durchschnittliche Lebenserwartung in den L\u00e4ndern, in denen \u201eEnglish\u201c nicht die offizielle Sprache ist?", "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": -0.37007467876590994}]}
{"index": 765, "beams": [{"question": "Geben Sie die durchschnittliche Lebenserwartung in den L\u00e4ndern an, in denen \u201eEnglish\u201c nicht die offizielle Sprache ist.", "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": -0.25268675879178915}]}
{"index": 766, "beams": [{"question": "Wie hoch ist die Gesamtzahl der Menschen, die in den L\u00e4ndern leben, in denen \u201eEnglish\u201c nicht die offizielle Sprache ist?", "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": -0.03748373325839793}]}
{"index": 767, "beams": [{"question": "Wie viele Menschen leben in den L\u00e4ndern, die kein \u201eEnglish\u201c sprechen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2227136250414574}]}
{"index": 768, "beams": [{"question": "Was ist die offizielle Sprache, die in dem Land gesprochen wird, dessen Staatsoberhaupt \u201eBeatrix\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Robinne\"))))) (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 = \"Robinne\"", "inferred_code_readable": "", "score": -3.3016924857145753}]}
{"index": 769, "beams": [{"question": "Was ist die offizielle Sprache, die in dem Land gesprochen wird, dessen Staatsoberhaupt \u201eBeatrix\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Robinne\"))))) (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 = \"Robinne\"", "inferred_code_readable": "", "score": -3.3016924857145753}]}
{"index": 770, "beams": [{"question": "Wie hoch ist die Gesamtzahl der einzigartigen offiziellen Sprachen, die in den L\u00e4ndern gesprochen werden, die vor 1930 gegr\u00fcndet wurden?", "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 1850))))) (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 < 1850", "inferred_code_readable": "", "score": -0.9976811750998635}]}
{"index": 771, "beams": [{"question": "Wie hoch ist die Gesamtzahl der einzelnen offiziellen Sprachen in den L\u00e4ndern, die vor 1930 gegr\u00fcndet wurden?", "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": -0.6353948845812951}]}
{"index": 772, "beams": [{"question": "Welches sind die L\u00e4nder, die eine gr\u00f6\u00dfere Fl\u00e4che als jedes andere Land in \u201eEurope\u201c haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Unitedy\"))))) (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 = \"Unitedy\")", "inferred_code_readable": "", "score": -1.8326147884522541}]}
{"index": 773, "beams": [{"question": "Welche L\u00e4nder haben eine gr\u00f6\u00dfere Fl\u00e4che als jedes andere Land in \u201eEurope\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 11) (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.Region = \"Unitedench\")", "inferred_code_readable": "", "score": -2.495696604599054}]}
{"index": 774, "beams": [{"question": "Welches sind die \u201eAfrica\u201c L\u00e4nder, die eine geringere Bev\u00f6lkerung haben als jedes andere Land in \u201eAsia\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5507817165159494}]}
{"index": 775, "beams": [{"question": "Welche \u201eAfrica\u201c L\u00e4nder haben eine geringere Bev\u00f6lkerung als jedes andere Land in \u201eAsia\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.22471899096805714}]}
{"index": 776, "beams": [{"question": "Welche \u201eAsia\u201c L\u00e4nder haben eine Bev\u00f6lkerung, die gr\u00f6\u00dfer als die jedes Landes in \u201eAfrica\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9374906371472704}]}
{"index": 777, "beams": [{"question": "Welches sind die \u201eAsia\u201c L\u00e4nder, deren Bev\u00f6lkerung gr\u00f6\u00dfer als die jedes anderen Landes in \u201eAfrica\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.970537721873086}]}
{"index": 778, "beams": [{"question": "Wie lauten die L\u00e4ndercodes f\u00fcr L\u00e4nder, die kein \u201eEnglish\u201c sprechen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.10007917360459828}]}
{"index": 779, "beams": [{"question": "Geben Sie die L\u00e4ndercodes f\u00fcr L\u00e4nder, die kein \u201eEnglish\u201c sprechen, zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.23630830368818323}]}
{"index": 780, "beams": [{"question": "Wie lauten die L\u00e4ndercodes von L\u00e4ndern, in denen andere Sprachen als \u201eEnglish\u201c gesprochen werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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?-union))", "inferred_code": "SELECT countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language != \"english\"", "inferred_code_readable": "", "score": -0.10837543479170364}]}
{"index": 781, "beams": [{"question": "Geben Sie die L\u00e4ndercodes von L\u00e4ndern an, in denen Menschen Sprachen sprechen, die nicht \u201eEnglish\u201c sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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?-union))", "inferred_code": "SELECT country.Code FROM country JOIN countrylanguage ON country.Code = countrylanguage.CountryCode WHERE countrylanguage.Language != \"english\"", "inferred_code_readable": "", "score": -0.6452428074269108}]}
{"index": 782, "beams": [{"question": "Wie lauten die L\u00e4ndercodes der L\u00e4nder, in denen kein \u201eEnglish\u201c gesprochen wird und deren Regierungsformen nicht \u201erepublic\u201c sind?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5495077276711768}]}
{"index": 783, "beams": [{"question": "Geben Sie die L\u00e4ndercodes der L\u00e4nder an, in denen kein \u201eEnglish\u201c gesprochen wird und deren Regierungsformen nicht \u201erepublic\u201c sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4368381243044084}]}
{"index": 784, "beams": [{"question": "Welche St\u00e4dte liegen in \u201eEurope\u201c L\u00e4ndern, in denen \u201eEnglish\u201c nicht die offizielle Sprache ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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))) (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 \"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": -3.616591340964227}]}
{"index": 785, "beams": [{"question": "Wie lauten die Namen der St\u00e4dte in \u201eEurope\u201c, f\u00fcr die \u201e\u82f1\u6587\u201c nicht die offizielle Sprache ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"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": -3.8423320736978397}]}
{"index": 786, "beams": [{"question": "Welche einzigartigen St\u00e4dte gibt es in \u201eAsia\u201c L\u00e4ndern, in denen \u201eChinese\u201c die offizielle Sprache ist?", "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 11) (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.Region = \"China\" AND countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -1.0150606981645325}]}
{"index": 787, "beams": [{"question": "Geben Sie die verschiedenen Namen von St\u00e4dten in \u201eAsia\u201c zur\u00fcck, f\u00fcr die \u201eChinese\u201c die offizielle Sprache ist.", "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 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 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 11) (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.Region = \"China\" AND countrylanguage.Language = \"China\"", "inferred_code_readable": "", "score": -0.9605253848715023}]}
{"index": 788, "beams": [{"question": "Wie lauten der Name, das Unabh\u00e4ngigkeitsjahr und die Fl\u00e4che des Landes mit der kleinsten Bev\u00f6lkerung ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.124606902422556e-05}]}
{"index": 789, "beams": [{"question": "Geben Sie den Namen, das Jahr der Unabh\u00e4ngigkeit und die Fl\u00e4che des Landes mit der geringsten Bev\u00f6lkerung 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 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": -0.0005752691840399393}]}
{"index": 790, "beams": [{"question": "Wie lauten Bev\u00f6lkerung, Name und F\u00fchrer des Landes mit der gr\u00f6\u00dften Fl\u00e4che?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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) (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, country.Name, country.HeadOfState FROM country WHERE country.SurfaceArea = (SELECT Max(country.SurfaceArea) FROM country)", "inferred_code_readable": "", "score": -0.24973570241479592}]}
{"index": 791, "beams": [{"question": "Geben Sie den Namen, die Bev\u00f6lkerung und das Staatsoberhaupt des Landes mit der gr\u00f6\u00dften Fl\u00e4che 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 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 (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) (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.HeadOfState FROM country WHERE country.SurfaceArea = (SELECT Max(country.SurfaceArea) FROM country)", "inferred_code_readable": "", "score": -0.294096024855655}]}
{"index": 792, "beams": [{"question": "Geben Sie den Namen des Landes und die Anzahl der gesprochenen Sprachen f\u00fcr jedes Land an, das mindestens 3 Sprachen spricht.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.012504120500359761}]}
{"index": 793, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder, die mehr als 2 Sprachen sprechen, sowie die Anzahl der Sprachen, die sie sprechen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0012838102699177512}]}
{"index": 794, "beams": [{"question": "Ermitteln Sie die Anzahl der St\u00e4dte in jedem Bezirk, deren Bev\u00f6lkerung gr\u00f6\u00dfer ist als die durchschnittliche Einwohnerzahl der St\u00e4dte?", "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": -0.0011064118819916757}]}
{"index": 795, "beams": [{"question": "Wie viele St\u00e4dte in jedem Bezirk haben eine Bev\u00f6lkerung, die \u00fcber der durchschnittlichen Bev\u00f6lkerung aller St\u00e4dte liegt?", "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": -0.00032064712966928255}]}
{"index": 796, "beams": [{"question": "Finden Sie den Namen der Regierungsform und die Gesamtbev\u00f6lkerung f\u00fcr jede Regierungsform, deren durchschnittliche Lebenserwartung h\u00f6her als 72 ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.7404539626833397}]}
{"index": 797, "beams": [{"question": "Was sind die verschiedenen Regierungsformen und wie hoch ist die Gesamtbev\u00f6lkerung f\u00fcr die Regierungsformen, deren durchschnittliche Lebenserwartung gr\u00f6\u00dfer als 72 ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9609152875339575}]}
{"index": 798, "beams": [{"question": "Finden Sie die durchschnittliche Lebenserwartung und die Gesamtbev\u00f6lkerung f\u00fcr jeden Kontinent, dessen durchschnittliche Lebenserwartung weniger als 72 Jahre betr\u00e4gt.", "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 (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 (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 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), country.Population FROM country WHERE country.Continent < 70 GROUP BY country.Continent", "inferred_code_readable": "", "score": -0.8254179449362766}]}
{"index": 799, "beams": [{"question": "Welches sind die verschiedenen Kontinente und die entsprechende Gesamtbev\u00f6lkerung und durchschnittliche Lebenserwartung f\u00fcr Kontinente, die eine durchschnittliche Lebenserwartung von weniger als 72 Jahren haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 14) (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 15) (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 10) (singleton-is_distinct False))))) (val-val1 (Number (object-f 6000))))) (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 country.Continent, country.Population, Sum(country.LifeExpectancy) FROM country WHERE country.Continent < 6000 GROUP BY country.Continent", "inferred_code_readable": "", "score": -0.9625639744163834}]}
{"index": 800, "beams": [{"question": "Wie lauten die Namen und Gebiete der L\u00e4nder mit den 5 gr\u00f6\u00dften Gebieten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.015537430938387331}]}
{"index": 801, "beams": [{"question": "Geben Sie die Namen und Fl\u00e4chen der 5 gr\u00f6\u00dften L\u00e4nder zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.013475443493597083}]}
{"index": 802, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder mit den 3 bev\u00f6lkerungsreichsten L\u00e4ndern?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.137869079163693e-05}]}
{"index": 803, "beams": [{"question": "Geben Sie die Namen der 3 bev\u00f6lkerungsreichsten L\u00e4nder zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0001526994707035101}]}
{"index": 804, "beams": [{"question": "Wie lauten die Namen der Nationen mit den 3 niedrigsten Bev\u00f6lkerungszahlen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0001876225116532737}]}
{"index": 805, "beams": [{"question": "Geben Sie die Namen der 3 L\u00e4nder mit den wenigsten Einwohnern zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.0305988864352e-05}]}
{"index": 806, "beams": [{"question": "Wie viele L\u00e4nder gibt es in \u201eAsia\u201c?", "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 11) (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.Region = \"East\"", "inferred_code_readable": "", "score": -0.2794615588947593}]}
{"index": 807, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der L\u00e4nder in \u201eAsia\u201c.", "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 11) (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.Region = \"East\"", "inferred_code_readable": "", "score": -0.6679424302105161}]}
{"index": 808, "beams": [{"question": "Wie lauten die Namen der L\u00e4nder, die auf dem \u201eEurope\u201c Kontinent liegen und eine Bev\u00f6lkerung von \u201e80000\u201c Menschen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.0285402403455777}]}
{"index": 809, "beams": [{"question": "Nennen Sie die Namen der L\u00e4nder, die sich auf dem \u201eEurope\u201c Kontinent befinden und eine Bev\u00f6lkerung von \u201e80000\u201c Einwohnern haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.7084510492532416}]}
{"index": 810, "beams": [{"question": "Wie hoch ist die Gesamtbev\u00f6lkerung und die durchschnittliche Fl\u00e4che der L\u00e4nder auf dem \u201eNorth America\u201c Kontinent, deren Fl\u00e4che gr\u00f6\u00dfer als 3000 ist?", "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 (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 \"NorthAmericaAmerica\"))))) (cond-right (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?-union))", "inferred_code": "SELECT Sum(country.Population), Avg(country.SurfaceArea) FROM country WHERE country.Continent = \"NorthAmericaAmerica\" AND country.SurfaceArea > 3000", "inferred_code_readable": "", "score": -1.1266833406614438}]}
{"index": 811, "beams": [{"question": "Geben Sie die Gesamtbev\u00f6lkerung und die durchschnittliche Fl\u00e4che der L\u00e4nder \u201eNorth America\u201c an, die eine Fl\u00e4che von mehr als 3000 Einwohnern haben.", "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 (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 \"NorthAmericaAmerica\"))))) (cond-right (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))))))) (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 = \"NorthAmericaAmerica\" AND country.Continent > 3000", "inferred_code_readable": "", "score": -0.6706162868059451}]}
{"index": 812, "beams": [{"question": "Welches sind die St\u00e4dte, deren Einwohnerzahl zwischen 160000 und 900000 liegt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0607049361752985}]}
{"index": 813, "beams": [{"question": "Geben Sie die Namen der St\u00e4dte an, die zwischen 160000 und 900000 Einwohner haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5737766835826505}]}
{"index": 814, "beams": [{"question": "Welche Sprache wird von der gr\u00f6\u00dften Anzahl von L\u00e4ndern gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.029231575941594e-05}]}
{"index": 815, "beams": [{"question": "Geben Sie die Sprache an, die in den meisten L\u00e4ndern gesprochen wird.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.09013782590273e-05}]}
{"index": 816, "beams": [{"question": "Welches ist die Sprache, die in jedem Land vom gr\u00f6\u00dften Prozentsatz der Bev\u00f6lkerung gesprochen wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 (Sum)) (column-col_id 14) (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 GROUP BY country.Name ORDER BY Sum(country.Population) Desc LIMIT 1", "inferred_code_readable": "", "score": -1.2338494980927308}]}
{"index": 817, "beams": [{"question": "Wie lauten die L\u00e4ndercodes der verschiedenen L\u00e4nder, und welche Sprachen werden in jedem Land vom gr\u00f6\u00dften Prozentsatz der Menschen gesprochen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (Count)) (column-col_id 0) (singleton-is_distinct False))))))) (cond?-having) (int?-limit 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT countrylanguage.CountryCode, countrylanguage.Language FROM countrylanguage GROUP BY countrylanguage.CountryCode ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.6693353598729317}]}
{"index": 818, "beams": [{"question": "Wie hoch ist die Gesamtzahl der L\u00e4nder, in denen \u201eSpanish\u201c vom gr\u00f6\u00dften Prozentsatz der Menschen gesprochen wird?", "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) (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 = \"bangla\"", "inferred_code_readable": "", "score": -0.2774416417855221}]}
{"index": 819, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der L\u00e4nder, in denen \u201eSpanish\u201c die am meisten gesprochene Sprache ist.", "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": -0.241996091319443}]}
{"index": 820, "beams": [{"question": "Wie lauten die Codes der L\u00e4nder, in denen \u201eSpanish\u201c vom gr\u00f6\u00dften Prozentsatz der Menschen gesprochen wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"bangla\"))))) (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 = \"bangla\" ORDER BY countrylanguage.Percentage Desc LIMIT 1", "inferred_code_readable": "", "score": -0.43230886392417034}]}
{"index": 821, "beams": [{"question": "Geben Sie die Codes der L\u00e4nder zur\u00fcck, in denen \u201eSpanish\u201c die am meisten gesprochene Sprache ist.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"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 countrylanguage.CountryCode FROM countrylanguage WHERE countrylanguage.Language = \"bangla\" GROUP BY countrylanguage.CountryCode ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.4496749642752249}]}
{"index": 822, "beams": [{"question": "Wie viele Dirigenten gibt es?", "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": -2.2649757838166806e-06}]}
{"index": 823, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Dirigenten.", "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": -2.0265572260314e-06}]}
{"index": 824, "beams": [{"question": "Geben Sie die Namen der Dirigenten in aufsteigender Reihenfolge ihres Alters 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 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": -3.4570679687817574e-06}]}
{"index": 825, "beams": [{"question": "Wie lauten die Namen der Dirigenten in aufsteigender Reihenfolge ihres Alters?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.8610220894620397e-06}]}
{"index": 826, "beams": [{"question": "Wie lauten die Namen von Dirigenten, deren Nationalit\u00e4t nicht \u201eUSA\u201c ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.09189285567414629}]}
{"index": 827, "beams": [{"question": "Geben Sie die Namen von Dirigenten zur\u00fcck, die nicht die Nationalit\u00e4t \u201eUSA\u201c haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.08968552216583703}]}
{"index": 828, "beams": [{"question": "Wie lauten die Plattenfirmen von Orchestern in absteigender Reihenfolge der Gr\u00fcndungsjahre?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.9311748154393626e-05}]}
{"index": 829, "beams": [{"question": "Geben Sie die Plattenfirmen von Orchestern zur\u00fcck, absteigend sortiert nach den Jahren ihrer Gr\u00fcndung.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.0967208005752127e-05}]}
{"index": 830, "beams": [{"question": "Wie hoch ist die durchschnittliche Besucherzahl der Auff\u00fchrungen?", "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": -1.430511254341127e-06}]}
{"index": 831, "beams": [{"question": "Geben Sie die durchschnittliche Besucherzahl aller Auff\u00fchrungen zur\u00fcck.", "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": -1.4305112259194175e-06}]}
{"index": 832, "beams": [{"question": "Wie hoch ist der maximale und minimale Anteil der Auff\u00fchrungen, deren Art nicht \u201eLive final\u201c ist.", "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 \"Aer\"))))) (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 != \"Aer\"", "inferred_code_readable": "", "score": -1.3928564139152684}]}
{"index": 833, "beams": [{"question": "Geben Sie den maximalen und minimalen Anteil von Auff\u00fchrungen zur\u00fcck, die nicht den Typ \u201eLive final\u201c haben.", "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": -2.285310970668931}]}
{"index": 834, "beams": [{"question": "Wie viele verschiedene Nationalit\u00e4ten haben Dirigenten?", "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": -1.4066647452182224e-05}]}
{"index": 835, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der verschiedenen Nationalit\u00e4ten der Dirigenten.", "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": -6.914133201973982e-06}]}
{"index": 836, "beams": [{"question": "F\u00fchren Sie die Namen der Dirigenten in absteigender Reihenfolge der Arbeitsjahre auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.384185059156607e-06}]}
{"index": 837, "beams": [{"question": "Wie lauten die Namen der Dirigenten, absteigend sortiert nach der Anzahl der Jahre, in denen sie gearbeitet haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.969598721909051e-05}]}
{"index": 838, "beams": [{"question": "F\u00fchren Sie den Namen des Dirigenten mit den meisten Arbeitsjahren auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.7683687895982985e-06}]}
{"index": 839, "beams": [{"question": "Wie lautet der Name des Dirigenten, der die meisten Jahre gearbeitet hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.64915949294209e-06}]}
{"index": 840, "beams": [{"question": "Geben Sie die Namen der Dirigenten und der Orchester an, die sie dirigiert haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.000454867227695388}]}
{"index": 841, "beams": [{"question": "Wie lauten die Namen der Dirigenten sowie der entsprechenden Orchester, die sie dirigiert haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.000746731575183901}]}
{"index": 842, "beams": [{"question": "Zeigen Sie die Namen der Dirigenten an, die mehr als ein Orchester dirigiert haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00015234631333527204}]}
{"index": 843, "beams": [{"question": "Wie lauten die Namen von Dirigenten, die in mehr als einem Orchester dirigiert haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00018405417615241504}]}
{"index": 844, "beams": [{"question": "Zeigen Sie den Namen des Dirigenten an, der die meisten Orchester dirigiert hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00026139611502884463}]}
{"index": 845, "beams": [{"question": "Wie lautet der Name des Dirigenten, der die meisten Orchester dirigiert hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00039093613176532926}]}
{"index": 846, "beams": [{"question": "Bitte geben Sie den Namen des Dirigenten an, der das nach 2008 gegr\u00fcndete Orchester dirigiert hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9821763038015447}]}
{"index": 847, "beams": [{"question": "Wie lauten die Namen der Dirigenten, die nach dem Jahr 2008 gegr\u00fcndete Orchester dirigiert haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.45267972441215676}]}
{"index": 848, "beams": [{"question": "Bitte geben Sie die verschiedenen Plattenfirmen und die entsprechende Anzahl von Orchestern 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 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": -4.410741361482451e-06}]}
{"index": 849, "beams": [{"question": "Wie viele Orchester verwaltet jede Plattenfirma?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.76836657981039e-06}]}
{"index": 850, "beams": [{"question": "Bitte zeigen Sie die Plattenformate von Orchestern in aufsteigender Reihenfolge der Z\u00e4hlung 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))))))))) (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 14) (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 JOIN performance ON orchestra.Orchestra_ID = performance.Orchestra_ID GROUP BY performance.Type ORDER BY Count(*) Asc", "inferred_code_readable": "", "score": -0.7365866978253308}]}
{"index": 851, "beams": [{"question": "Welches sind die wichtigsten Plattenformate von Orchestern, sortiert nach ihrer H\u00e4ufigkeit?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.01755003479359374}]}
{"index": 852, "beams": [{"question": "F\u00fchren Sie die Plattenfirma auf, die von der gr\u00f6\u00dften Anzahl von Orchestern gemeinsam genutzt wird.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.748599045953597e-06}]}
{"index": 853, "beams": [{"question": "Welches ist die Plattenfirma, die von der gr\u00f6\u00dften Anzahl von Orchestern genutzt wird?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.89435329756816e-06}]}
{"index": 854, "beams": [{"question": "Nennen Sie die Namen der Orchester, die keine Auff\u00fchrungen haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.406668107506448e-05}]}
{"index": 855, "beams": [{"question": "Welches sind die Orchester, die keine Auff\u00fchrungen haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.4662728283099113e-05}]}
{"index": 856, "beams": [{"question": "Geben Sie die Plattenfirmen an, die sich die vor 2003 und nach 2003 gegr\u00fcndeten Orchester teilen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 < 3 INTERSECT SELECT orchestra.Record_Company FROM orchestra WHERE orchestra.Year_of_Founded > 2003", "inferred_code_readable": "", "score": -1.1275748013405789}]}
{"index": 857, "beams": [{"question": "Welches sind die Plattenfirmen, die sowohl von den vor 2003 gegr\u00fcndeten Orchestern als auch von den nach 2003 gegr\u00fcndeten Orchestern genutzt werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2453989982527105}]}
{"index": 858, "beams": [{"question": "Finden Sie die Anzahl der Orchester, deren Plattenformat \u201eCD\u201c oder \u201eDVD\u201c ist.", "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": -1.2319984815064302}]}
{"index": 859, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Orchester, deren Plattenformat \u201eCD\u201c oder \u201eDVD\u201c ist.", "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 \"Japan\"))))))) (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 = \"Japan\"", "inferred_code_readable": "", "score": -1.4791060285749609}]}
{"index": 860, "beams": [{"question": "Zeigen Sie die Gr\u00fcndungsjahre von Orchestern an, die mehr als eine Auff\u00fchrung gegeben haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0002016940078632956}]}
{"index": 861, "beams": [{"question": "Was sind Gr\u00fcndungsjahre f\u00fcr Orchester, die mehr als eine Auff\u00fchrung gegeben haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00022815340025772457}]}
{"index": 862, "beams": [{"question": "Wie viele Gymnasiasten gibt es?", "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": -2.5033943913399526e-06}]}
{"index": 863, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Gymnasiasten.", "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": -2.5033942065988413e-06}]}
{"index": 864, "beams": [{"question": "Zeigen Sie die Namen und Klassen der einzelnen Gymnasiasten an.", "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 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.name, Highschooler.grade FROM Highschooler", "inferred_code_readable": "", "score": -0.0011117275553260697}]}
{"index": 865, "beams": [{"question": "Wie lauten die Namen und die Klassen der einzelnen Gymnasiasten und Gymnasiastinnen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0010549477526780038}]}
{"index": 866, "beams": [{"question": "Zeigen Sie alle Klassen der Gymnasiasten an.", "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": -1.2040110192401698e-05}]}
{"index": 867, "beams": [{"question": "Wie sind die Klassen der einzelnen Gymnasiasten?", "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": -6.03190950272392e-05}]}
{"index": 868, "beams": [{"question": "In welcher Klasse ist \u201eKyle\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.22474014479247728}]}
{"index": 869, "beams": [{"question": "Geben Sie die Klasse f\u00fcr den Gymnasiasten namens \u201eKyle\u201c zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.9361030310386127}]}
{"index": 870, "beams": [{"question": "Zeigen Sie die Namen aller Gymnasiasten in Klasse 10 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 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": -0.00015198393553816913}]}
{"index": 871, "beams": [{"question": "Wie lauten die Namen aller Gymnasiasten in Klasse 10?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00018226025697032355}]}
{"index": 872, "beams": [{"question": "Zeigen Sie die ID des Gymnasiasten namens \u201eKyle\u201c 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 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": -0.6904308497896281}]}
{"index": 873, "beams": [{"question": "Was ist die ID von \u201eKyle\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6273696348053193}]}
{"index": 874, "beams": [{"question": "Wie viele Gymnasiasten gibt es in Klasse 9 oder 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 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": -0.39909378033617315}]}
{"index": 875, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Gymnasiasten in den Klassen 9 oder 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 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": -0.10060535329047582}]}
{"index": 876, "beams": [{"question": "Zeigen Sie die Anzahl der Gymnasiasten f\u00fcr jede Klasse 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 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": -6.198876526752883e-06}]}
{"index": 877, "beams": [{"question": "Wie viele Gymnasiasten gibt es in jeder Klasse?", "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": -0.015989471225097418}]}
{"index": 878, "beams": [{"question": "Welche Klasse hat die meisten Gymnasiasten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2874567822507288e-05}]}
{"index": 879, "beams": [{"question": "Geben Sie die Klasse mit der h\u00f6chsten Anzahl von Gymnasiasten 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 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": -1.1324861560524369e-05}]}
{"index": 880, "beams": [{"question": "Zeigen Sie mir alle Klassen, die mindestens 4 Sch\u00fcler haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.0306187411308656e-05}]}
{"index": 881, "beams": [{"question": "In welchen Klassen gibt es 4 oder mehr Gymnasiasten?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0007300651748849418}]}
{"index": 882, "beams": [{"question": "Zeigen Sie die entsprechenden IDs der Sch\u00fcler und die Anzahl ihrer Freunde.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0016542472388394458}]}
{"index": 883, "beams": [{"question": "Wie viele Freunde hat jeder Sch\u00fcler?", "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 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 Count(*), Friend.student_id FROM Friend GROUP BY Friend.student_id", "inferred_code_readable": "", "score": -0.11699578051389636}]}
{"index": 884, "beams": [{"question": "Zeigen Sie die Namen der Gymnasiasten und die entsprechende Anzahl ihrer Freunde.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.9907913227257268e-05}]}
{"index": 885, "beams": [{"question": "Wie lauten die Namen der Gymnasiasten und wie viele Freunde hat jeder von ihnen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.8014025218681127e-05}]}
{"index": 886, "beams": [{"question": "Wie lautet der Name des Gymnasiasten, der die meisten Freunde hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00023720285361861215}]}
{"index": 887, "beams": [{"question": "Geben Sie den Namen des Gymnasiasten mit den meisten Freunden zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00022027832989834906}]}
{"index": 888, "beams": [{"question": "Zeigen Sie die Namen der Gymnasiasten, die mindestens 3 Freunde haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.07511926961762327}]}
{"index": 889, "beams": [{"question": "Wie lauten die Namen der Gymnasiasten, die 3 oder mehr Freunde haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.029394796108327625}]}
{"index": 890, "beams": [{"question": "Zeigen Sie die Namen aller Freunde des Gymnasiasten \u201eKyle\u201c.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Carole\"))))) (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 = \"Carole\"", "inferred_code_readable": "", "score": -0.2085871643264383}]}
{"index": 891, "beams": [{"question": "Geben Sie die Namen der Freunde des Sch\u00fclers \u201eKyle\u201c aus dem Gymnasium zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.5399227224169536}]}
{"index": 892, "beams": [{"question": "Wie viele Freunde hat des Gymnasiasten \u201eKyle\u201c?", "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": -0.6542671549870391}]}
{"index": 893, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Freunde, die \u201eKyle\u201c hat.", "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": -0.32936673098713243}]}
{"index": 894, "beams": [{"question": "Zeigen Sie die IDs aller Sch\u00fcler an, die keine Freunde haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.374932838402401e-05}]}
{"index": 895, "beams": [{"question": "Wie lauten die IDs von Sch\u00fclern, die keine Freunde haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.443777266591951e-05}]}
{"index": 896, "beams": [{"question": "Zeigen Sie die Namen aller Sch\u00fcler des Gymnasiums, die keine Freunde haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -9.500707840004452e-05}]}
{"index": 897, "beams": [{"question": "Wie lauten die Namen der Sch\u00fcler, die keine Freunde haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.01778127438780075}]}
{"index": 898, "beams": [{"question": "Zeigen Sie die IDs von Gymnasiasten, die Freunde haben und auch von jemand anderem gemocht werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Friend.student_id FROM Friend INTERSECT SELECT Likes.student_id FROM Likes", "inferred_code_readable": "", "score": -0.4535700702851031}]}
{"index": 899, "beams": [{"question": "Wie lauten die IDs von Studierenden, die sowohl Freunde haben als auch gemocht werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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?-except) (sql?-union))) (sql?-except) (sql?-union))", "inferred_code": "SELECT Friend.student_id FROM Friend INTERSECT SELECT Likes.student_id FROM Likes", "inferred_code_readable": "", "score": -0.15650065322681428}]}
{"index": 900, "beams": [{"question": "Zeigen Sie die Namen aller Studierenden an, die einige Freunde haben und auch von jemand anderem gemocht werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 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 Likes JOIN Friend", "inferred_code_readable": "", "score": -1.0688264155559395}]}
{"index": 901, "beams": [{"question": "Wie lauten die Namen von Gymnasiasten, die sowohl Freunde haben als auch gemocht werden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 6) (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 6) (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", "inferred_code_readable": "", "score": -1.1394085287070297}]}
{"index": 902, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Vorlieben f\u00fcr jede Studenten-ID.", "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)))))) (agg (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(DISTINCT Likes.student_id), Likes.student_id FROM Likes GROUP BY Likes.student_id", "inferred_code_readable": "", "score": -0.036756685474706785}]}
{"index": 903, "beams": [{"question": "Wie viele Vorlieben entsprechen der einzelnen Studenten-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 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 6) (singleton-is_distinct True))))))))) (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(DISTINCT Likes.student_id) FROM Highschooler JOIN Friend ON Friend.student_id = Highschooler.ID JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Friend.student_id", "inferred_code_readable": "", "score": -0.1107495695534908}]}
{"index": 904, "beams": [{"question": "Zeigen Sie die Namen der Gymnasiasten, die Vorlieben haben, und die Anzahl der Vorlieben f\u00fcr jede.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.4106153843795539}]}
{"index": 905, "beams": [{"question": "Was sind die Namen der Gymnasiasten, die Vorlieben haben, und wie viele Vorlieben hat jeder von ihnen?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.2174367755318798}]}
{"index": 906, "beams": [{"question": "Wie lautet der Name des Gymnasiasten, der die meisten Vorlieben hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 7) (singleton-is_distinct False))))))))) (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 Highschooler.name FROM Highschooler JOIN Likes ON Highschooler.ID = Likes.liked_id GROUP BY Likes.liked_id ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.00036150596308459626}]}
{"index": 907, "beams": [{"question": "Geben Sie den Namen des Sch\u00fclers/der Sch\u00fclerin mit den meisten Vorlieben 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 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": -0.040008103274495}]}
{"index": 908, "beams": [{"question": "Zeigen Sie die Namen von Studierenden, die mindestens 2 Vorlieben haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 Likes.student_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.008003815865883723}]}
{"index": 909, "beams": [{"question": "Wie lauten die Namen der Sch\u00fclerinnen und Sch\u00fcler, die 2 oder mehr Vorlieben haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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) (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 Likes.student_id HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.004762724390019457}]}
{"index": 910, "beams": [{"question": "Zeigen Sie die Namen der Sch\u00fclerinnen und Sch\u00fcler, die eine h\u00f6here Klasse als 5 haben und mindestens 2 Freunde haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.grade > 5 GROUP BY Highschooler.name HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.5056454837503352}]}
{"index": 911, "beams": [{"question": "Wie lauten die Namen von Gymnasiasten, die eine Klasse \u00fcber 5 haben, und zwei oder mehr Freunde haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Friend ON Highschooler.ID = Friend.student_id WHERE Highschooler.grade > 5 GROUP BY Highschooler.name HAVING Count(*) >= 2", "inferred_code_readable": "", "score": -0.1950211620141431}]}
{"index": 912, "beams": [{"question": "Wie viele Vorlieben hat \u201eKyle\u201c?", "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": -0.28011628011928735}]}
{"index": 913, "beams": [{"question": "Geben Sie die Anzahl der Vorlieben zur\u00fcck, die der Gymnasiast mit dem Namen \u201eKyle\u201c hat.", "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 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 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": -1.7504771166670352}]}
{"index": 914, "beams": [{"question": "Ermitteln Sie die Durchschnittsklasse aller Sch\u00fclerinnen und Sch\u00fcler, die einige Freunde haben.", "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": -0.11623430519895805}]}
{"index": 915, "beams": [{"question": "Wie ist die Durchschnittsklasse der Sch\u00fclerinnen und Sch\u00fcler, die Freunde haben?", "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)) (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) (order_by?-order_by) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Avg(Highschooler.grade) FROM Highschooler JOIN Friend ON Highschooler.ID = Friend.student_id", "inferred_code_readable": "", "score": -0.12849377463885503}]}
{"index": 916, "beams": [{"question": "Finden Sie die Mindestklasse der Sch\u00fclerinnen und Sch\u00fcler, die keine Freunde haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0033301523923654486}]}
{"index": 917, "beams": [{"question": "Was ist die niedrigste Klasse der Sch\u00fclerinnen und Sch\u00fcler, die keine Freunde haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.1365456937114686e-05}]}
{"index": 918, "beams": [{"question": "In welchen Bundsstaaten leben sowohl Besitzer als auch Fachleute?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.11507848353236483}]}
{"index": 919, "beams": [{"question": "Finden Sie die Bundesstaaten, in denen sowohl Besitzer als auch Fachleute wohnen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 38) (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 Owners.state FROM Owners INTERSECT SELECT Professionals.state FROM Owners JOIN Professionals ON Owners.owner_id = Professionals.state", "inferred_code_readable": "", "score": -0.4488905856203189}]}
{"index": 920, "beams": [{"question": "Wie ist das Durchschnittsalter der Hunde, die einer Behandlung unterzogen wurden?", "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": -0.006996467346638724}]}
{"index": 921, "beams": [{"question": "Ermitteln Sie das Durchschnittsalter der Hunde, die behandelt wurden.", "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": -0.0062921190987097475}]}
{"index": 922, "beams": [{"question": "Welche Fachleute leben im Bundesstaat \u201eIndiana\u201c oder haben mehr als 2 Behandlungen hinter sich? Geben Sie seine ID, seinen Nachnamen und sein Mobiltelefon 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 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 (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 43) (singleton-is_distinct False)))))) (agg (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.cell_number FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Professionals.state = \"James\" UNION SELECT Professionals.professional_id, Professionals.cell_number, 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": -2.7343668556380436}]}
{"index": 923, "beams": [{"question": "Finden Sie ID, Nachname und Mobiltelefon der Fachleute, die im Bundesstaat \u201eIndiana\u201c leben oder mehr als zwei Behandlungen durchgef\u00fchrt haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 43) (singleton-is_distinct False)))))) (agg (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.cell_number FROM Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id WHERE Professionals.state = \"James\" UNION SELECT Professionals.professional_id, Professionals.cell_number, 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": -2.1010642503230414}]}
{"index": 924, "beams": [{"question": "Welche Hunde haben ihren Besitzer nicht mehr als 1000 f\u00fcr die Behandlung gekostet ? Listen Sie die Namen der Hunde auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.007982518121579574}]}
{"index": 925, "beams": [{"question": "Wie lauten die Namen der Hunde, f\u00fcr die der Besitzer nicht mehr als 1000 f\u00fcr die Behandlung ausgegeben hat ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.19110858282306253}]}
{"index": 926, "beams": [{"question": "Welche Vornamen werden f\u00fcr Fachleute oder Besitzer verwendet, aber nicht als Hundenamen verwendet ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 EXCEPT SELECT Owners.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -0.008811450155356226}]}
{"index": 927, "beams": [{"question": "Finden Sie die Vornamen, die f\u00fcr Fachleute oder Besitzer verwendet werden, aber nicht als Hundenamen verwendet werden.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 EXCEPT SELECT Owners.first_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -0.009521908465586648}]}
{"index": 928, "beams": [{"question": "Welcher Fachmann hat keine Behandlung bei Hunden durchgef\u00fchrt? F\u00fchren Sie die ID, Rolle und E-Mail des Fachmanns auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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) (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 Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id", "inferred_code_readable": "", "score": -0.15966197743244948}]}
{"index": 929, "beams": [{"question": "Geben Sie mir die ID, Rolle und E-Mail der Fachleute an, die keine Behandlung an Hunden durchgef\u00fchrt haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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) (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 Professionals JOIN Treatments ON Professionals.professional_id = Treatments.professional_id", "inferred_code_readable": "", "score": -0.0618946330124146}]}
{"index": 930, "beams": [{"question": "Wer besitzt die meisten Hunde? F\u00fchren Sie die Besitzer-ID, den Vornamen und den Nachnamen auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.013973381714272648}]}
{"index": 931, "beams": [{"question": "Geben Sie die ID, den Vornamen und den Nachnamen des Besitzers mit den meisten Hunden zur\u00fcck.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.001418492817748529}]}
{"index": 932, "beams": [{"question": "Welche Fachleute haben mindestens zwei Behandlungen durchgef\u00fchrt? Geben Sie die ID, die Rolle und den Vornamen des Fachmanns 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 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 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 (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": -0.003791155642204558}]}
{"index": 933, "beams": [{"question": "Wie lauten ID, Rolle und Vorname der Fachleute, die zwei oder mehr Behandlungen durchgef\u00fchrt haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (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": -0.00019216284304235387}]}
{"index": 934, "beams": [{"question": "Wie lautet der Name der Rasse mit den meisten Hunden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 Breeds.breed_name FROM Breeds JOIN Dogs ON Breeds.breed_code = Dogs.breed_code GROUP BY Breeds.breed_code ORDER BY Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.228164315196679}]}
{"index": 935, "beams": [{"question": "Was ist die Rasse mit den meisten Hunden? Geben Sie mir den Namen der Rasse.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.6441962122634948}]}
{"index": 936, "beams": [{"question": "Welcher Besitzer hat f\u00fcr die meisten Behandlungen seiner Hunde bezahlt? Nennen Sie die Besitzer-ID und den Nachnamen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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.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 Count(*) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.006332804426122607}]}
{"index": 937, "beams": [{"question": "Nennen Sie mir die ID und den Nachnamen des Besitzers, der f\u00fcr die Behandlung seiner Hunde am meisten ausgegeben hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.09013543232525478}]}
{"index": 938, "beams": [{"question": "Wie lautet die Beschreibung der Behandlungsart, die insgesamt am wenigsten Geld kostet?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.2550444017812126}]}
{"index": 939, "beams": [{"question": "Nennen Sie mir die Beschreibung der Behandlungsart, deren Gesamtkosten am niedrigsten sind.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.12011442413297146}]}
{"index": 940, "beams": [{"question": "Welcher Besitzer hat insgesamt am meisten Geld f\u00fcr seine Hunde bezahlt? Geben Sie die ID und Postleitzahl des Besitzers 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 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 16) (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 Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id GROUP BY Owners.owner_id ORDER BY Sum(Owners.zip_code) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.5147011511933002}]}
{"index": 941, "beams": [{"question": "Suchen Sie die ID und Postleitzahl des Besitzers, der insgesamt am meisten Geld f\u00fcr seine Hunde ausgegeben hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 16) (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 Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id GROUP BY Owners.owner_id ORDER BY Sum(Owners.zip_code) Desc LIMIT 1", "inferred_code_readable": "", "score": -0.9043682116164717}]}
{"index": 942, "beams": [{"question": "Welche Fachleute haben mindestens zwei Arten von Behandlungen durchgef\u00fchrt? Geben Sie die ID und das Mobiltelefon des Fachmanns 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 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 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 (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.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": -0.37264767510599484}]}
{"index": 943, "beams": [{"question": "Finden Sie die ID und das Mobiltelefon des Fachmanns, der zwei oder mehr Arten von Behandlungen durchgef\u00fchrt hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 43) (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 (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.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": -0.08367722791822274}]}
{"index": 944, "beams": [{"question": "Wie lauten Vor- und Nachname der Fachleute, die Behandlungen mit unterdurchschnittlichen Kosten durchgef\u00fchrt haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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 (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": -0.6161154554412818}]}
{"index": 945, "beams": [{"question": "Welche Fachleute haben eine Behandlung durchgef\u00fchrt, die weniger als der Durchschnitt kostet? Nennen Sie mir die Vor- und Nachnamen des Fachmanns.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00010001590962360751}]}
{"index": 946, "beams": [{"question": "Geben Sie das Datum jeder Behandlung an, zusammen mit dem Vornamen des Fachmanns, der die Behandlung durchgef\u00fchrt hat.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -5.24520574174403e-06}]}
{"index": 947, "beams": [{"question": "Wie lauten das Datum und der Vorname des operierenden Fachmanns f\u00fcr jede Behandlung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00013004940225158634}]}
{"index": 948, "beams": [{"question": "Nennen Sie die Kosten jeder Behandlung und die entsprechende Beschreibung der Behandlungsart.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.5868306657628182e-05}]}
{"index": 949, "beams": [{"question": "Wie lauten die Kosten und die Beschreibung der Behandlungsart f\u00fcr jede Behandlung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -8.237220643536602e-05}]}
{"index": 950, "beams": [{"question": "Geben Sie den Vornamen, den Nachnamen und die Gr\u00f6\u00dfe ihres oder seines Hundes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 29) (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.weight FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -0.004933939666663889}]}
{"index": 951, "beams": [{"question": "Wie lauten der Vorname, der Nachname und die Gr\u00f6\u00dfe des Hundes jedes Besitzers?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 29) (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.weight FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id", "inferred_code_readable": "", "score": -0.0062934206736144915}]}
{"index": 952, "beams": [{"question": "Listen Sie Paare aus dem Vornamen des Besitzers und dem Namen des Hundes auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00016199514790571357}]}
{"index": 953, "beams": [{"question": "Wie lauten der Vorname jedes Besitzers und der Name des Hundes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.5762781536163857e-06}]}
{"index": 954, "beams": [{"question": "F\u00fchren Sie die Namen der Hunde der seltensten Rasse und die Behandlungsdaten der Hunde auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 0))) (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 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": -0.3189233777043654}]}
{"index": 955, "beams": [{"question": "Welche Hunde geh\u00f6ren der seltensten Rasse an? Geben Sie deren Namen und Behandlungsdaten 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 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 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 45) (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 (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": -2.2186765442602194}]}
{"index": 956, "beams": [{"question": "Welche Hunde geh\u00f6ren jemandem, der in \u201eVirginia\u201c lebt? Geben Sie den Vornamen des Besitzers und den Namen des Hundes 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 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 \"in\"))))) (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 = \"in\"", "inferred_code_readable": "", "score": -1.3727761106512375}]}
{"index": 957, "beams": [{"question": "Finden Sie die Vornamen der Besitzer, die in \u201eVirginia\u201c leben, und die Namen der Hunde, die sie besitzen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"in\"))))) (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 FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id WHERE Owners.state = \"in\"", "inferred_code_readable": "", "score": -1.9442042594580897}]}
{"index": 958, "beams": [{"question": "Was sind das Ankunftsdatum und das Abreisedatum der Hunde, die einer Behandlung unterzogen wurden?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -6.961771670432881e-05}]}
{"index": 959, "beams": [{"question": "Finden Sie das Ankunftsdatum und das Abreisedatum der Hunde, die eine Behandlung erhalten haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00012802762519470434}]}
{"index": 960, "beams": [{"question": "Geben Sie den Nachnamen des Besitzers oder der Besitzerin des j\u00fcngsten Hundes 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 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 (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 Owners.last_name FROM Owners JOIN Dogs ON Owners.owner_id = Dogs.owner_id ORDER BY Dogs.age Desc LIMIT 1", "inferred_code_readable": "", "score": -0.07864703046418953}]}
{"index": 961, "beams": [{"question": "Wem geh\u00f6rt der j\u00fcngste Hund? Nennen Sie mir seinen oder ihren Nachnamen.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00016677075350912673}]}
{"index": 962, "beams": [{"question": "Listen Sie die E-Mails der Fachleute auf, die im Staat \u201eHawaii\u201c oder \u201eWisconsin\u201c leben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Wals\"))))))) (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 = \"Wals\"", "inferred_code_readable": "", "score": -2.5704450839611113}]}
{"index": 963, "beams": [{"question": "Wie lauten die E-Mails von Fachleuten, die entweder im Staat \u201eHawaii\u201c oder im Staat \u201eWisconsin\u201c leben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Jas\"))))) (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 = \"Jas\" OR Professionals.state = \"Texas\"", "inferred_code_readable": "", "score": -2.4796997793583344}]}
{"index": 964, "beams": [{"question": "Was sind das Ankunftsdatum und das Abreisedatum aller Hunde?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (agg_type-agg_id (NoneAggOp)) (val_unit-val_unit (Column (col_unit-col_unit1 (col_unit (agg_type-agg_id (NoneAggOp)) (column-col_id 31) (singleton-is_distinct False)))))) (agg (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_adopted, Dogs.date_departed FROM Dogs", "inferred_code_readable": "", "score": -0.15835216637906058}]}
{"index": 965, "beams": [{"question": "Geben Sie das Ankunftsdatum und das Abreisedatum f\u00fcr alle Hunde 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 31) (singleton-is_distinct False)))))) (agg (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_adopted, Dogs.date_departed FROM Dogs", "inferred_code_readable": "", "score": -0.1115019320833639}]}
{"index": 966, "beams": [{"question": "Wie viele Hunde wurden einer Behandlung unterzogen?", "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": -2.861010725041524e-05}]}
{"index": 967, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Hunde, die eine Behandlung durchlaufen haben.", "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": -3.0994238912285255e-05}]}
{"index": 968, "beams": [{"question": "Wie viele Fachleute haben eine Behandlung von Hunden durchgef\u00fchrt?", "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": -0.011045556394918776}]}
{"index": 969, "beams": [{"question": "Ermitteln Sie die Anzahl der Fachleute, die jemals Hunde behandelt haben.", "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": -0.7032947090279151}]}
{"index": 970, "beams": [{"question": "Welche Fachleute leben in einer Stadt mit der Teilzeichenfolge \u201eWest\u201c? F\u00fchren Sie seine oder ihre Rolle, Stra\u00dfe, Stadt und Bundesland auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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)))))) (agg (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 (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 \"eng\"))))) (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.first_name, Professionals.city FROM Professionals WHERE Professionals.first_name = \"eng\"", "inferred_code_readable": "", "score": -2.885556658753913}]}
{"index": 971, "beams": [{"question": "Finden Sie die Rolle, Stra\u00dfe, Stadt und Staat der Fachleute, die in einer Stadt leben, die eine Teilzeichenfolge \u201eWest\u201c enth\u00e4lt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 34) (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.city, Professionals.state FROM Professionals WHERE Professionals.role_code LIKE \"%t%\"", "inferred_code_readable": "", "score": -1.739570489681256}]}
{"index": 972, "beams": [{"question": "Welche Eigent\u00fcmer leben in dem Staat, dessen Name die Teilzeichenfolge \u201eNorth\u201c enth\u00e4lt? Geben Sie seinen Vornamen, Nachnamen und seine E-Mail-Adresse 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 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": -0.22729008418284025}]}
{"index": 973, "beams": [{"question": "Geben Sie Vorname, Nachname und E-Mail der Eigent\u00fcmer an, die in einem Staat leben, dessen Name die Teilzeichenfolge \u201eNorth\u201c enth\u00e4lt.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.5102355189930705}]}
{"index": 974, "beams": [{"question": "Wie viele Hunde haben ein Alter unter dem Durchschnitt?", "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": -5.8412504628790884e-06}]}
{"index": 975, "beams": [{"question": "Z\u00e4hlen Sie die Anzahl der Hunde, deren Alter unter dem Durchschnitt liegt.", "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": -7.27175189041418e-06}]}
{"index": 976, "beams": [{"question": "Wie viel kostet die zuletzte Behandlung?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.637199661772229e-05}]}
{"index": 977, "beams": [{"question": "Zeigen Sie mir die Kosten der in letzter Zeit durchgef\u00fchrten Behandlung.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.291531517708336e-06}]}
{"index": 978, "beams": [{"question": "Wie viele Hunde haben keine Behandlung erhalten?", "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": -1.1324872595253055e-05}]}
{"index": 979, "beams": [{"question": "Sagen Sie mir die Anzahl der Hunde, die keine Behandlung erhalten haben.", "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": -9.775155582758543e-06}]}
{"index": 980, "beams": [{"question": "Wie viele Besitzer haben vor\u00fcbergehend keine Hunde?", "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": -1.275538191691794e-05}]}
{"index": 981, "beams": [{"question": "Finden Sie die Anzahl der Besitzer, die zur Zeit keine Hunde besitzen.", "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": -9.29831882245935e-06}]}
{"index": 982, "beams": [{"question": "Wie viele Fachleute haben keine Behandlung von Hunden durchgef\u00fchrt?", "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": -0.00011431669760497698}]}
{"index": 983, "beams": [{"question": "Finden Sie die Zahl der Fachleute, die keine Hunde behandelt haben.", "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": -1.14440743175237e-05}]}
{"index": 984, "beams": [{"question": "Geben Sie die Namen, die Alter und die Gewichte der Hunde an, die ausgesetzt wurden? 1 steht f\u00fcr ja, und 0 steht f\u00fcr nein.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.04933740843942758}]}
{"index": 985, "beams": [{"question": "Wie lauten Name, Alter und Gewicht der Hunde, die ausgesetzt wurden? Beachten Sie, dass in den Tabellen 1 f\u00fcr ja und 0 f\u00fcr nein steht.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.008633667200925288}]}
{"index": 986, "beams": [{"question": "Was ist das Durchschnittsalter aller Hunde?", "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": -1.9073482491194227e-06}]}
{"index": 987, "beams": [{"question": "Berechnen Sie das Durchschnittsalter aller Hunde.", "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": -2.2649759969795014e-06}]}
{"index": 988, "beams": [{"question": "Was ist das Alter des \u00e4ltesten Hundes?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.38999440796975193}]}
{"index": 989, "beams": [{"question": "Sagen Sie mir das Alter des \u00e4ltesten Hundes.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 27) (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.date_of_birth Desc LIMIT 1", "inferred_code_readable": "", "score": -0.35815690733303285}]}
{"index": 990, "beams": [{"question": "Wie viel kostet jede Geb\u00fchrenart? Geben Sie sowohl die Art als auch den Betrag der Geb\u00fchr 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 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 Charges.charge_type, Count(*) FROM Charges GROUP BY Charges.charge_type", "inferred_code_readable": "", "score": -0.13541836907396743}]}
{"index": 991, "beams": [{"question": "Nennen Sie jede Geb\u00fchrenart und ihre H\u00f6he.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.20651189980538476}]}
{"index": 992, "beams": [{"question": "Wie viel kostet die teuerste Geb\u00fchrenart?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 1) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT Charges.charge_type FROM Charges ORDER BY Charges.charge_type Desc LIMIT 1", "inferred_code_readable": "", "score": -0.02329863085373063}]}
{"index": 993, "beams": [{"question": "Wie hoch ist der Geb\u00fchrenbetrag der teuersten Geb\u00fchrenart?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.12723639917933838}]}
{"index": 994, "beams": [{"question": "F\u00fchren Sie die E-Mail, das Mobiltelefon und das Festnetztelefon aller Fachleute auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0024867630040930067}]}
{"index": 995, "beams": [{"question": "Was sind die E-Mail, das Mobiltelefon und das Festnetztelefon jedes Fachmanns?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -7.653016209729913e-05}]}
{"index": 996, "beams": [{"question": "Was sind alle m\u00f6glichen Kombinationen von Rassentyp und Gr\u00f6\u00dfentyp?", "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 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 DISTINCT Sizes.size_code, Sizes.size_description FROM Sizes", "inferred_code_readable": "", "score": -0.4195670279102188}]}
{"index": 997, "beams": [{"question": "Finden Sie die verschiedenen Rassentyp- und Gr\u00f6\u00dfentyp-Kombinationen f\u00fcr Hunde.", "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": -1.9431071109465847e-05}]}
{"index": 998, "beams": [{"question": "Nennen Sie die Vornamen aller Fachleute, zusammen mit der Beschreibung der Behandlung, die sie durchgef\u00fchrt haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 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, Professionals.last_name 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": -0.20247745701505693}]}
{"index": 999, "beams": [{"question": "Wie lauten der Vorname und die Beschreibung der Behandlung, die jeder Fachmann durchgef\u00fchrt hat?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.07399317058681731}]}
{"index": 1000, "beams": [{"question": "Wie viele S\u00e4ngerinnen und S\u00e4nger gibt es?", "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": -0.0027214653645870612}]}
{"index": 1001, "beams": [{"question": "Was sind die Anzahlen der S\u00e4ngerinnen und S\u00e4nger?", "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": -7.021276273633248e-05}]}
{"index": 1002, "beams": [{"question": "F\u00fchren Sie die Namen der S\u00e4ngerinnen und S\u00e4nger in aufsteigender Reihenfolge ihres Nettowerts auf.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.04366299882185842}]}
{"index": 1003, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerinnen und S\u00e4nger in aufsteigender Reihenfolge ihres Nettowerts?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 4) (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 4) (singleton-is_distinct False))))))) (cond?-having) (int?-limit) (sql?-intersect) (sql?-except) (sql?-union))", "inferred_code": "SELECT singer.Name FROM singer WHERE singer.Net_Worth_Millions = \"male\" ORDER BY singer.Net_Worth_Millions Asc", "inferred_code_readable": "", "score": -0.2062193324897379}]}
{"index": 1004, "beams": [{"question": "Welches Geburtsjahr und welche Staatsb\u00fcrgerschaft haben die S\u00e4ngerinnen und S\u00e4nger?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00038497477871146657}]}
{"index": 1005, "beams": [{"question": "Was sind das Geburtsjahr und die Staatsb\u00fcrgerschaft der S\u00e4ngerinnen und S\u00e4nger?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.801390724727071e-05}]}
{"index": 1006, "beams": [{"question": "F\u00fchren Sie die Namen der S\u00e4ngerinnen und S\u00e4nger auf, deren Staatsb\u00fcrgerschaft nicht \u201eFrance\u201c lautet.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"F\"))))) (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 != \"F\"", "inferred_code_readable": "", "score": -3.1273806094415377}]}
{"index": 1007, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerinnen und S\u00e4nger, die keine \u201eFrance\u201c Staatsb\u00fcrgerschaft haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"F\"))))) (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 != \"F\"", "inferred_code_readable": "", "score": -1.249488413278975}]}
{"index": 1008, "beams": [{"question": "Zeigen Sie die Namen der S\u00e4ngerinnen und S\u00e4nger an, deren Geburtsjahr 1948 oder 1949 ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -2.3136283129843207}]}
{"index": 1009, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerinnen und S\u00e4nger, deren Geburtsjahr entweder 1948 oder 1949 ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -1.5612577788928164}]}
{"index": 1010, "beams": [{"question": "Wie lautet der Name der S\u00e4ngerin oder des S\u00e4ngers mit dem gr\u00f6\u00dften Nettowert?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -6.7949246016496545e-06}]}
{"index": 1011, "beams": [{"question": "Wie hei\u00dft die S\u00e4ngerin oder der S\u00e4nger, die oder der am reichsten ist?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00011539105351943135}]}
{"index": 1012, "beams": [{"question": "Zeigen Sie die unterschiedliche Staatsb\u00fcrgerschaften der S\u00e4nger und die Anzahl der S\u00e4nger jeder Staatsb\u00fcrgerschaft 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 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": -3.695486370247636e-06}]}
{"index": 1013, "beams": [{"question": "Wie viele S\u00e4ngerinnen und S\u00e4nger kommen f\u00fcr jede Staatsb\u00fcrgerschaft aus diesem Land?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.002406294849549795}]}
{"index": 1014, "beams": [{"question": "Bitte geben Sie die h\u00e4ufigste Staatsb\u00fcrgerschaft der S\u00e4ngerinnen und S\u00e4nger 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 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": -4.899455275619857e-05}]}
{"index": 1015, "beams": [{"question": "Welche ist die h\u00e4ufigste Staatsb\u00fcrgerschaft von S\u00e4ngern ?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.480886650919501e-05}]}
{"index": 1016, "beams": [{"question": "Zeigen Sie verschiedene Staatsb\u00fcrgerschaften und den maximalen Nettowert der S\u00e4nger jeder Staatsb\u00fcrgerschaft 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 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": -0.00010382885762538763}]}
{"index": 1017, "beams": [{"question": "Was ist der maximale Nettowert f\u00fcr jede Staatsb\u00fcrgerschaft?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00010525949157624837}]}
{"index": 1018, "beams": [{"question": "Zeigen Sie die Titel der Lieder und die Namen der S\u00e4ngerinnen und S\u00e4nger 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 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": -3.135194481274084e-05}]}
{"index": 1019, "beams": [{"question": "Wie lauten die Titel der Lieder und die Namen der S\u00e4ngerinnen und S\u00e4nger?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.0411814303809024e-05}]}
{"index": 1020, "beams": [{"question": "Zeigen Sie unterschiedliche Namen von S\u00e4ngern an, deren Lieder mehr als 300000 verkauft worden sind.", "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 300000))))) (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 > 300000", "inferred_code_readable": "", "score": -0.15427399062721037}]}
{"index": 1021, "beams": [{"question": "Wie lauten die verschiedenen Namen der S\u00e4nger, die mehr als 300000 verkaufte Lieder haben?", "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 300000))))) (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 > 300000", "inferred_code_readable": "", "score": -0.01846912734281858}]}
{"index": 1022, "beams": [{"question": "Zeigen Sie die Namen der S\u00e4ngerinnen und S\u00e4nger, die mehr als ein Lied haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.0002746419157446667}]}
{"index": 1023, "beams": [{"question": "Wie lauten die Namen der S\u00e4ngerinnen und S\u00e4nger, die mehr als ein Lied haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -0.00021837917331879453}]}
{"index": 1024, "beams": [{"question": "Zeigen Sie die Namen der S\u00e4ngerinnen und S\u00e4nger und die Gesamtverk\u00e4ufe ihrer Lieder 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 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 2) (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 singer.Name", "inferred_code_readable": "", "score": -0.0013762265348304936}]}
{"index": 1025, "beams": [{"question": "Wie hoch sind die Gesamtverk\u00e4ufe der Lieder der einzelnen S\u00e4ngerinnen und S\u00e4nger?", "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": -0.00046736069555208815}]}
{"index": 1026, "beams": [{"question": "Geben Sie die Namen der S\u00e4ngerinnen und S\u00e4nger an, die kein Lied haben.", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -4.315337282889686e-05}]}
{"index": 1027, "beams": [{"question": "Wie lauten die Namen aller S\u00e4ngerinnen und S\u00e4nger, die kein Lied haben?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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": -3.1947908681217996e-05}]}
{"index": 1028, "beams": [{"question": "Zeigen Sie die gemeinsame Staatsb\u00fcrgerschaft von S\u00e4ngern mit Geburtsjahr vor 1945 und nach 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 32))))) (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 < 32 INTERSECT SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year > 85", "inferred_code_readable": "", "score": -2.5743951201234268}]}
{"index": 1029, "beams": [{"question": "Welche Staatsb\u00fcrgerschaft haben S\u00e4ngerinnen und S\u00e4nger mit einem Geburtsjahr vor 1945 und nach 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 1980))))) (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 < 1980 INTERSECT SELECT singer.Citizenship FROM singer WHERE singer.Birth_Year > 85", "inferred_code_readable": "", "score": -1.4942078304518986}]}
{"index": 1030, "beams": [{"question": "Wie viele verf\u00fcgbare Funktionen gibt es insgesamt?", "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": -2.2649759543469372e-06}]}
{"index": 1031, "beams": [{"question": "Wie lautet der Funktionstypname der Funktion \u201eAirCon\u201c?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 \"Papering\"))))) (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 = \"Papering\"", "inferred_code_readable": "", "score": -0.4912210332158864}]}
{"index": 1032, "beams": [{"question": "Zeigen Sie die Beschreibungen der Immobilientypen der zu diesem Code geh\u00f6renden Immobilien 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 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": -0.0005944677353326711}]}
{"index": 1033, "beams": [{"question": "Wie lauten die Namen von Immolibien, bei denen es sich entweder um \u201ehouse\u201c oder \u201eapartment\u201c mit mehr als 1 Zimmer handelt?", "model_output": "(sql (select-select (select (singleton-is_distinct False) (agg*-aggs (agg (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 (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 \"King\"))))) (cond-right (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 1))))))) (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 = \"King\" OR Properties.property_type_code > 1", "inferred_code_readable": "", "score": -0.6185854183555293}]}