question_id stringlengths 11 60 | question_text stringlengths 7 294 | decomposition stringlengths 13 606 | operators stringlengths 10 260 | split stringclasses 1
value | program stringlengths 20 771 |
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SPIDER_train_910 | Which customer uses the most policies? Give me the customer name. | return customers ;return policies #1 uses ;return number of #2 for each #1 ;return #1 where #3 is highest ;return customer name of #4 | ['select', 'project', 'group', 'superlative', 'project'] | train | ["SELECT['customers']", "PROJECT['policies #REF uses', '#1']", "GROUP['count', '#2', '#1']", "SUPERLATIVE['max', '#1', '#3']", "PROJECT['customer name of #REF', '#4']"] |
SPIDER_train_911 | What are all the policy types of the customer named "Dayana Robel"? | return customers ;return policy types of #1 ;return #2 where #1 is named Dayana Robel | ['select', 'project', 'comparative'] | train | ["SELECT['customers']", "PROJECT['policy types of #REF', '#1']", "COMPARATIVE['#2', '#1', 'is named Dayana Robel']"] |
SPIDER_train_912 | Tell me the types of the policy used by the customer named "Dayana Robel". | return customers ;return policies of #1 ;return #2 where #1 is Dayana Robel ;return types of #3 | ['select', 'project', 'comparative', 'project'] | train | ["SELECT['customers']", "PROJECT['policies of #REF', '#1']", "COMPARATIVE['#2', '#1', 'is Dayana Robel']", "PROJECT['types of #REF', '#3']"] |
SPIDER_train_913 | What are all the policy types of the customer that has the most policies listed? | return customers ;return policies listed of #1 ;return number of #2 for each #1 ;return #1 where #3 is highest ;return policy types of #4 | ['select', 'project', 'group', 'superlative', 'project'] | train | ["SELECT['customers']", "PROJECT['policies listed of #REF', '#1']", "GROUP['count', '#2', '#1']", "SUPERLATIVE['max', '#1', '#3']", "PROJECT['policy types of #REF', '#4']"] |
SPIDER_train_914 | List all the policy types used by the customer enrolled in the most policies. | return customers ;return policies of #1 ;return number of #2 for each #1 ;return #1 where #3 is highest ;return policies of #4 ;return policy types of #5 | ['select', 'project', 'group', 'superlative', 'project', 'project'] | train | ["SELECT['customers']", "PROJECT['policies of #REF', '#1']", "GROUP['count', '#2', '#1']", "SUPERLATIVE['max', '#1', '#3']", "PROJECT['policies of #REF', '#4']", "PROJECT['policy types of #REF', '#5']"] |
SPIDER_train_915 | List all the services in the alphabetical order. | return services ;return #1 sorted by alphabetical order | ['select', 'sort'] | train | ["SELECT['services']", "SORT['#1', 'alphabetical order']"] |
SPIDER_train_916 | Give me a list of all the service names sorted alphabetically. | return service ;return names of #1 ;return #2 sorted alphabetically | ['select', 'project', 'filter'] | train | ["SELECT['service']", "PROJECT['names of #REF', '#1']", "FILTER['#2', 'sorted alphabetically']"] |
SPIDER_train_917 | How many services are there? | return services ;return number of #1 | ['select', 'aggregate'] | train | ["SELECT['services']", "AGGREGATE['count', '#1']"] |
SPIDER_train_918 | Count the total number of available services. | return services ;return #1 which are available ;return the number of #2 | ['select', 'filter', 'aggregate'] | train | ["SELECT['services']", "FILTER['#1', 'which are available']", "AGGREGATE['count', '#2']"] |
SPIDER_train_919 | Find the names of users who do not have a first notification of loss record. | return users ;return records of #1 ;return #1 where #2 is first notification of loss ;return #1 besides #3 ;return names of #4 | ['select', 'project', 'comparative', 'discard', 'project'] | train | ["SELECT['users']", "PROJECT['records of #REF', '#1']", "COMPARATIVE['#1', '#2', 'is first notification of loss']", "DISCARD['#1', '#3']", "PROJECT['names of #REF', '#4']"] |
SPIDER_train_92 | What are the different cities where people live? | return cities ;return #1 where people live ;return different #2 | ['select', 'filter', 'project'] | train | ["SELECT['cities']", "FILTER['#1', 'where people live']", "PROJECT['different #REF', '#2']"] |
SPIDER_train_920 | Which customers do not have a first notification of loss record? Give me the customer names. | return customers ;return #1 that have a first notification of loss record ;return #1 besides #2 ;return names of #3 | ['select', 'filter', 'discard', 'project'] | train | ["SELECT['customers']", "FILTER['#1', 'that have a first notification of loss record']", "DISCARD['#1', '#2']", "PROJECT['names of #REF', '#3']"] |
SPIDER_train_921 | Find the names of customers who have used either the service "Close a policy" or the service "Upgrade a policy". | return customers ;return services used of #1 ;return #1 where #2 is Close a policy ;return #1 where #2 is Upgrade a policy ;return #3 or #4 ;return names of #5 | ['select', 'project', 'comparative', 'comparative', 'union', 'project'] | train | ["SELECT['customers']", "PROJECT['services used of #REF', '#1']", "COMPARATIVE['#1', '#2', 'is Close a policy']", "COMPARATIVE['#1', '#2', 'is Upgrade a policy']", "UNION['#3', '#4']", "PROJECT['names of #REF', '#5']"] |
SPIDER_train_922 | Which customers have used the service named "Close a policy" or "Upgrade a policy"? Give me the customer names. | return customers ;return services #1 used ;return #1 where #2 is Close a policy ;return #1 where #2 is Upgrade a policy ;return #3 or #4 ;return customer names of #5 | ['select', 'project', 'comparative', 'comparative', 'union', 'project'] | train | ["SELECT['customers']", "PROJECT['services #REF used', '#1']", "COMPARATIVE['#1', '#2', 'is Close a policy']", "COMPARATIVE['#1', '#2', 'is Upgrade a policy']", "UNION['#3', '#4']", "PROJECT['customer names of #REF', '#5']"] |
SPIDER_train_923 | Find the names of customers who have used both the service "Close a policy" and the service "New policy application". | return customers ;return #1 who have used the service Close a policy ;return #1 who have used the service New policy application ;return names of both #2 and #3 | ['select', 'filter', 'filter', 'intersection'] | train | ["SELECT['customers']", "FILTER['#1', 'who have used the service Close a policy']", "FILTER['#1', 'who have used the service New policy application']", "INTERSECTION['names', '#2', '#3']"] |
SPIDER_train_924 | Which customers have used both the service named "Close a policy" and the service named "Upgrade a policy"? Give me the customer names. | return services ;return #1 that are named Close a policy ;return #1 that are named Upgrade a policy ;return customers of both #2 and #3 ;return names of #4 | ['select', 'filter', 'filter', 'intersection', 'project'] | train | ["SELECT['services']", "FILTER['#1', 'that are named Close a policy']", "FILTER['#1', 'that are named Upgrade a policy']", "INTERSECTION['customers', '#2', '#3']", "PROJECT['names of #REF', '#4']"] |
SPIDER_train_925 | Find the IDs of customers whose name contains "Diana". | return customers ;return name of #1 ;return #1 where #2 contains Diana ;return IDs of #3 | ['select', 'project', 'comparative', 'project'] | train | ["SELECT['customers']", "PROJECT['name of #REF', '#1']", "COMPARATIVE['#1', '#2', 'contains Diana']", "PROJECT['IDs of #REF', '#3']"] |
SPIDER_train_926 | What are the IDs of customers who have "Diana" in part of their names? | return customers ;return #1 who have Diana in part of their names ;return the IDs of #2 | ['select', 'filter', 'project'] | train | ["SELECT['customers']", "FILTER['#1', 'who have Diana in part of their names']", "PROJECT['the IDs of #REF', '#2']"] |
SPIDER_train_927 | What are the maximum and minimum settlement amount on record? | return settlements ;return amounts of #1 ;return maximum of #2 ;return minimum of #2 ;return #3 , #4 | ['select', 'project', 'aggregate', 'aggregate', 'union'] | train | ["SELECT['settlements']", "PROJECT['amounts of #REF', '#1']", "AGGREGATE['max', '#2']", "AGGREGATE['min', '#2']", "UNION['#3', '#4']"] |
SPIDER_train_928 | Find the maximum and minimum settlement amount. | return settlements ;return amount of #1 ;return maximum of #2 ;return minimum of #2 ;return #3 , #4 | ['select', 'project', 'aggregate', 'aggregate', 'union'] | train | ["SELECT['settlements']", "PROJECT['amount of #REF', '#1']", "AGGREGATE['max', '#2']", "AGGREGATE['min', '#2']", "UNION['#3', '#4']"] |
SPIDER_train_929 | List all the customers in increasing order of IDs. | return customers ;return IDs of #1 ;return #1 sorted by increasing order of #2 | ['select', 'project', 'sort'] | train | ["SELECT['customers']", "PROJECT['IDs of #REF', '#1']", "SORT['#1', 'increasing order of #2']"] |
SPIDER_train_93 | Find distinct cities of address of students? | return students ;return addresses of #1 ;return distinct cities of #2 | ['select', 'project', 'project'] | train | ["SELECT['students']", "PROJECT['addresses of #REF', '#1']", "PROJECT['distinct cities of #REF', '#2']"] |
SPIDER_train_930 | What is the ordered list of customer ids? | return customers ;return ids of #1 | ['select', 'project'] | train | ["SELECT['customers']", "PROJECT['ids of #REF', '#1']"] |
SPIDER_train_931 | Retrieve the open and close dates of all the policies associated with the customer whose name contains "Diana" | return customers ;return names of #1 ;return #1 where #2 contains Diana ;return policies of #3 ;return open dates of #4 ;return close dates of #4 ;return #5 , #6 | ['select', 'project', 'comparative', 'project', 'project', 'project', 'union'] | train | ["SELECT['customers']", "PROJECT['names of #REF', '#1']", "COMPARATIVE['#1', '#2', 'contains Diana']", "PROJECT['policies of #REF', '#3']", "PROJECT['open dates of #REF', '#4']", "PROJECT['close dates of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_932 | What are the open and close dates of all the policies used by the customer who have "Diana" in part of their names? | return customers ;return names of #1 ;return #1 where #2 has Diana ;return policies used by #3 ;return open dates of #4 ;return close dates of #4 ;return #5 , #6 | ['select', 'project', 'comparative', 'project', 'project', 'project', 'union'] | train | ["SELECT['customers']", "PROJECT['names of #REF', '#1']", "COMPARATIVE['#1', '#2', 'has Diana']", "PROJECT['policies used by #REF', '#3']", "PROJECT['open dates of #REF', '#4']", "PROJECT['close dates of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_933 | How many kinds of enzymes are there? | return enzymes ;return kinds of #1 ;return number of #2 | ['select', 'project', 'aggregate'] | train | ["SELECT['enzymes']", "PROJECT['kinds of #REF', '#1']", "AGGREGATE['count', '#2']"] |
SPIDER_train_934 | What is the total count of enzymes? | return enzymes ;return number of #1 | ['select', 'aggregate'] | train | ["SELECT['enzymes']", "AGGREGATE['count', '#1']"] |
SPIDER_train_935 | List the name of enzymes in descending lexicographical order. | return enzymes ;return names of #1 ;return #2 sorted by descending lexicographical order | ['select', 'project', 'sort'] | train | ["SELECT['enzymes']", "PROJECT['names of #REF', '#1']", "SORT['#2', 'descending lexicographical order']"] |
SPIDER_train_936 | What are the names of enzymes in descending order? | return enzymes ;return names of #1 ;return #2 sorted by descending order | ['select', 'project', 'sort'] | train | ["SELECT['enzymes']", "PROJECT['names of #REF', '#1']", "SORT['#2', 'descending order']"] |
SPIDER_train_937 | List the names and the locations that the enzymes can make an effect. | return enzymes ;return names of #1 ;return locations #1 can make an effect ;return #2 , #3 | ['select', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "PROJECT['names of #REF', '#1']", "PROJECT['locations #REF can make an effect', '#1']", "UNION['#2', '#3']"] |
SPIDER_train_938 | What are the names and locations of all enzymes listed? | return enzymes ;return names of #1 ;return locations of #1 ;return #2 , #3 | ['select', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "PROJECT['names of #REF', '#1']", "PROJECT['locations of #REF', '#1']", "UNION['#2', '#3']"] |
SPIDER_train_939 | What is the maximum Online Mendelian Inheritance in Man (OMIM) value of the enzymes? | return the enzymes ;return the Online Mendelian Inheritance in Man ( OMIM ) values of #1 ;return the maximum of #2 | ['select', 'project', 'aggregate'] | train | ["SELECT['the enzymes']", "PROJECT['the Online Mendelian Inheritance in Man ( OMIM ) values of #REF', '#1']", "AGGREGATE['max', '#2']"] |
SPIDER_train_94 | What are the different cities where students live? | return students ;return different cities where #1 live | ['select', 'project'] | train | ["SELECT['students']", "PROJECT['different cities where #REF live', '#1']"] |
SPIDER_train_940 | What is the maximum OMIM value in the database? | return OMIM ;return values of #1 ;return maximum of #2 | ['select', 'project', 'aggregate'] | train | ["SELECT['OMIM']", "PROJECT['values of #REF', '#1']", "AGGREGATE['max', '#2']"] |
SPIDER_train_941 | What is the product, chromosome and porphyria related to the enzymes which take effect at the location 'Cytosol'? | return enzymes ;return locations #1 take effect at ;return #1 where #2 is 'Cytosol ;return products of #3 ;return chromosomes of #3 ;return porphyrias of #3 ;return #4 , #5 , #6 | ['select', 'project', 'comparative', 'project', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "PROJECT['locations #REF take effect at', '#1']", 'COMPARATIVE[\'#1\', \'#2\', "is \'Cytosol"]', "PROJECT['products of #REF', '#3']", "PROJECT['chromosomes of #REF', '#3']", "PROJECT['porphyrias of #REF', '#3']", "UNION['#4', '#5', '#6']"] |
SPIDER_train_942 | What is the product, chromosome, and porphyria of the enzymes located at 'Cytosol'? | return enzymes ;return #1 located at 'Cytosol ;return products of #2 ;return chromosomes of #2 ;return porphyrias of #2 ;return #3 , #4 , #5 | ['select', 'filter', 'project', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", 'FILTER[\'#1\', "located at \'Cytosol"]', "PROJECT['products of #REF', '#2']", "PROJECT['chromosomes of #REF', '#2']", "PROJECT['porphyrias of #REF', '#2']", "UNION['#3', '#4', '#5']"] |
SPIDER_train_943 | What are the names of enzymes who does not produce 'Heme'? | return enzymes ;return #1 that do not produce 'Heme ;return names of #2 | ['select', 'filter', 'project'] | train | ["SELECT['enzymes']", 'FILTER[\'#1\', "that do not produce \'Heme"]', "PROJECT['names of #REF', '#2']"] |
SPIDER_train_944 | What are the names of enzymes whose product is not 'Heme'? | return enzymes ;return products of #1 ;return #1 where #2 is not 'Heme ;return names of #3 | ['select', 'project', 'comparative', 'project'] | train | ["SELECT['enzymes']", "PROJECT['products of #REF', '#1']", 'COMPARATIVE[\'#1\', \'#2\', "is not \'Heme"]', "PROJECT['names of #REF', '#3']"] |
SPIDER_train_945 | What are the names and trade names of the medicines which has 'Yes' value in the FDA record? | return medicines ;return values of #1 in FDA record ;return #1 where #2 is 'Yes ;return names of #3 ;return trade names of #3 ;return #4 , #5 | ['select', 'project', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "PROJECT['values of #REF in FDA record', '#1']", 'COMPARATIVE[\'#1\', \'#2\', "is \'Yes"]', "PROJECT['names of #REF', '#3']", "PROJECT['trade names of #REF', '#3']", "UNION['#4', '#5']"] |
SPIDER_train_946 | What are the names and trade names of the medcines that are FDA approved? | return medcines ;return #1 that are FDA approved ;return names of #2 ;return trade names of #2 ;return #3 , #4 | ['select', 'filter', 'project', 'project', 'union'] | train | ["SELECT['medcines']", "FILTER['#1', 'that are FDA approved']", "PROJECT['names of #REF', '#2']", "PROJECT['trade names of #REF', '#2']", "UNION['#3', '#4']"] |
SPIDER_train_947 | What are the names of enzymes in the medicine named 'Amisulpride' that can serve as an 'inhibitor'? | return the medicine named 'Amisulpride ' ;return the enzymes in #1 ;return #2 that can serve as an 'inhibitor ' ;return the names of #3 | ['select', 'project', 'filter', 'project'] | train | ['SELECT["the medicine named \'Amisulpride \'"]', "PROJECT['the enzymes in #REF', '#1']", 'FILTER[\'#2\', "that can serve as an \'inhibitor \'"]', "PROJECT['the names of #REF', '#3']"] |
SPIDER_train_948 | What are the names of the enzymes used in the medicine Amisulpride that acts as inhibitors? | return medicine Amisulpride ;return enzymes in #1 ;return #2 that act as inhibitors ;return names of #3 | ['select', 'project', 'filter', 'project'] | train | ["SELECT['medicine Amisulpride']", "PROJECT['enzymes in #REF', '#1']", "FILTER['#2', 'that act as inhibitors']", "PROJECT['names of #REF', '#3']"] |
SPIDER_train_949 | What are the ids and names of the medicine that can interact with two or more enzymes? | return medicines ;return enzymes #1 can interact with ;return number of #2 for each #1 ;return #1 where #3 is at least two ;return ids of #4 ;return names of #4 ;return #5 , #6 | ['select', 'project', 'group', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "PROJECT['enzymes #REF can interact with', '#1']", "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is at least two']", "PROJECT['ids of #REF', '#4']", "PROJECT['names of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_95 | List the names of courses in alphabetical order? | return courses ;return #1 sorted by alphabetical order | ['select', 'sort'] | train | ["SELECT['courses']", "SORT['#1', 'alphabetical order']"] |
SPIDER_train_950 | For every medicine id, what are the names of the medicines that can interact with more than one enzyme? | return medicine ids ;return enzymes #1 can interact with ;return number of #2 for each #1 ;return #1 where #3 is higher than one ;return medicine of #4 ;return name of #5 | ['select', 'project', 'group', 'comparative', 'project', 'project'] | train | ["SELECT['medicine ids']", "PROJECT['enzymes #REF can interact with', '#1']", "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is higher than one']", "PROJECT['medicine of #REF', '#4']", "PROJECT['name of #REF', '#5']"] |
SPIDER_train_951 | What are the ids, names and FDA approval status of medicines in descending order of the number of enzymes that it can interact with. | return medicines ;return ids of #1 ;return names of #1 ;return FDA approval statuses of #1 ;return enzymes #1 can interact with ;return number of #5 for each #1 ;return #2 , #3 , #4 ;return #7 sorted by #6 in descending order | ['select', 'project', 'project', 'project', 'project', 'group', 'union', 'sort'] | train | ["SELECT['medicines']", "PROJECT['ids of #REF', '#1']", "PROJECT['names of #REF', '#1']", "PROJECT['FDA approval statuses of #REF', '#1']", "PROJECT['enzymes #REF can interact with', '#1']", "GROUP['count', '#5', '#1']", "UNION['#2', '#3', '#4']", "SORT['#7', '#6 in descending order']"] |
SPIDER_train_952 | What are the ids, names, and FDA approval status for medicines ordered by descending number of possible enzyme interactions? | return medicines ;return ids of #1 ;return names of #1 ;return FDA approval statuses of #1 ;return possible enzyme interactions of #1 ;return number of #5 for each #1 ;return #2 , #3 , #4 ;return #7 sorted by #6 descending | ['select', 'project', 'project', 'project', 'project', 'group', 'union', 'sort'] | train | ["SELECT['medicines']", "PROJECT['ids of #REF', '#1']", "PROJECT['names of #REF', '#1']", "PROJECT['FDA approval statuses of #REF', '#1']", "PROJECT['possible enzyme interactions of #REF', '#1']", "GROUP['count', '#5', '#1']", "UNION['#2', '#3', '#4']", "SORT['#7', '#6 descending']"] |
SPIDER_train_953 | What is the id and name of the enzyme with most number of medicines that can interact as 'activator'? | return enzymes ;return #1 with medicines that can interact as 'activator ;return #1 where #2 is highest ;return id of #3 ;return name of #3 ;return #4 , #5 | ['select', 'filter', 'superlative', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", 'FILTER[\'#1\', "with medicines that can interact as \'activator"]', "SUPERLATIVE['max', '#1', '#2']", "PROJECT['id of #REF', '#3']", "PROJECT['name of #REF', '#3']", "UNION['#4', '#5']"] |
SPIDER_train_954 | What is the id and name of the enzyme that can interact with the most medicines as an activator? | return enzymes ;return medicines #1 can interact with ;return #2 as an activator ;return number of #3 for each #1 ;return #1 where #4 is highest ;return id of #5 ;return name of #5 ;return #6 , #7 | ['select', 'project', 'filter', 'group', 'superlative', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "PROJECT['medicines #REF can interact with', '#1']", "FILTER['#2', 'as an activator']", "GROUP['count', '#3', '#1']", "SUPERLATIVE['max', '#1', '#4']", "PROJECT['id of #REF', '#5']", "PROJECT['name of #REF', '#5']", "UNION['#6', '#7']"] |
SPIDER_train_955 | What is the interaction type of the enzyme named 'ALA synthase' and the medicine named 'Aripiprazole'? | return enzymes ;return #1 named 'ALA synthase ;return medicines ;return #3 named 'Aripiprazole ;return interaction type of both #2 and #3 | ['select', 'filter', 'select', 'filter', 'intersection'] | train | ["SELECT['enzymes']", 'FILTER[\'#1\', "named \'ALA synthase"]', "SELECT['medicines']", 'FILTER[\'#3\', "named \'Aripiprazole"]', "INTERSECTION['interaction type', '#2', '#3']"] |
SPIDER_train_956 | What is the type of interaction for the enzyme named 'ALA synthase' and the medicine named 'Aripiprazole'? | return medicines ;return #1 that are named 'Aripiprazole ;return types of interactions of #2 ;return enzyme of #3 ;return #3 where #4 is 'ALA synthase | ['select', 'filter', 'project', 'project', 'comparative'] | train | ["SELECT['medicines']", 'FILTER[\'#1\', "that are named \'Aripiprazole"]', "PROJECT['types of interactions of #REF', '#2']", "PROJECT['enzyme of #REF', '#3']", 'COMPARATIVE[\'#3\', \'#4\', "is \'ALA synthase"]'] |
SPIDER_train_957 | What is the most common interaction type between enzymes and medicine? And how many are there? | return interactions ;return #1 between enzymes and medicines ;return types of #2 ;return number of #2 for each #3 ;return #3 where #4 is the highest ;return number of #3 ;return #5 , #6 | ['select', 'filter', 'project', 'group', 'comparative', 'aggregate', 'union'] | train | ["SELECT['interactions']", "FILTER['#1', 'between enzymes and medicines']", "PROJECT['types of #REF', '#2']", "GROUP['count', '#2', '#3']", "COMPARATIVE['#3', '#4', 'is the highest']", "AGGREGATE['count', '#3']", "UNION['#5', '#6']"] |
SPIDER_train_958 | What are the most common types of interactions between enzymes and medicine, and how many types are there? | return interactions ;return #1 between enzymes and medicine ;return types of #2 ;return number of #3 ;return the most common #3 ;return #5 , #4 | ['select', 'filter', 'project', 'aggregate', 'project', 'union'] | train | ["SELECT['interactions']", "FILTER['#1', 'between enzymes and medicine']", "PROJECT['types of #REF', '#2']", "AGGREGATE['count', '#3']", "PROJECT['the most common #REF', '#3']", "UNION['#5', '#4']"] |
SPIDER_train_959 | How many medicines have the FDA approval status 'No' ? | return medicines ;return FDA approval statuses of #1 ;return #1 where #2 is 'No ;return number of #3 | ['select', 'project', 'comparative', 'aggregate'] | train | ["SELECT['medicines']", "PROJECT['FDA approval statuses of #REF', '#1']", 'COMPARATIVE[\'#1\', \'#2\', "is \'No"]', "AGGREGATE['count', '#3']"] |
SPIDER_train_96 | What are the names of the courses in alphabetical order? | return courses ;return names of #1 ;return #2 sorted by alphabetical order | ['select', 'project', 'sort'] | train | ["SELECT['courses']", "PROJECT['names of #REF', '#1']", "SORT['#2', 'alphabetical order']"] |
SPIDER_train_960 | How many medicines were not approved by the FDA? | return medicines ;return #1 that were not approved by the FDA ;return number of #2 | ['select', 'filter', 'aggregate'] | train | ["SELECT['medicines']", "FILTER['#1', 'that were not approved by the FDA']", "AGGREGATE['count', '#2']"] |
SPIDER_train_961 | How many enzymes do not have any interactions? | return enzymes ;return #1 that have interactions ;return #1 besides #2 ;return number of #3 | ['select', 'filter', 'discard', 'aggregate'] | train | ["SELECT['enzymes']", "FILTER['#1', 'that have interactions']", "DISCARD['#1', '#2']", "AGGREGATE['count', '#3']"] |
SPIDER_train_962 | What is the count of enzymes without any interactions? | return enzymes ;return #1 without interactions ;return number of #2 | ['select', 'filter', 'aggregate'] | train | ["SELECT['enzymes']", "FILTER['#1', 'without interactions']", "AGGREGATE['count', '#2']"] |
SPIDER_train_963 | What is the id and trade name of the medicines can interact with at least 3 enzymes? | return medicines ;return enzymes #1 can interact with ;return number of #2 for each #1 ;return #1 where #3 is at least 3 ;return id of #4 ;return trade name of #4 ;return #5 , #6 | ['select', 'project', 'group', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "PROJECT['enzymes #REF can interact with', '#1']", "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is at least 3']", "PROJECT['id of #REF', '#4']", "PROJECT['trade name of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_964 | What are the ids and trade names of the medicine that can interact with at least 3 enzymes? | return medicines ;return enzymes #1 can interact with ;return number of #2 for each #1 ;return #1 where #3 is at least 3 ;return ids of #4 ;return trade names of #4 ;return #5 , #6 | ['select', 'project', 'group', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "PROJECT['enzymes #REF can interact with', '#1']", "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is at least 3']", "PROJECT['ids of #REF', '#4']", "PROJECT['trade names of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_965 | What are the distinct name, location and products of the enzymes which has any 'inhibitor' interaction? | return enzymes ;return 'inhibitor interactions of #1 ;return the number of #2 for each #1 ;return #1 where #3 is at least one ;return the distinct names of #4 ;return the distinct locations of #4 ;return the distinct products of #4 ;return #5 , #6 , #7 | ['select', 'project', 'group', 'comparative', 'project', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", 'PROJECT["\'inhibitor interactions of #REF", \'#1\']', "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is at least one']", "PROJECT['the distinct names of #REF', '#4']", "PROJECT['the distinct locations of #REF', '#4']", "PROJECT['the distinct products of #REF', '#4']", "UNION['#5', '#6', '#7']"] |
SPIDER_train_966 | What are the different names, locations, and products of the enzymes that are capable inhibitor interactions? | return enzymes ;return #1 that are capable of inhibitor interactions ;return names of #2 ;return locations of #2 ;return products of #2 ;return #3 , #4 , #5 | ['select', 'filter', 'project', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "FILTER['#1', 'that are capable of inhibitor interactions']", "PROJECT['names of #REF', '#2']", "PROJECT['locations of #REF', '#2']", "PROJECT['products of #REF', '#2']", "UNION['#3', '#4', '#5']"] |
SPIDER_train_967 | List the medicine name and trade name which can both interact as 'inhibitor' and 'activitor' with enzymes. | return medicines ;return #1 that can interact with enzymes as a 'inhibitor ;return #1 that can interact with enzymes as a 'activitor ;return #1 in both #2 and #3 ;return medicine names of #4 ;return trade names of #4 ;return #5 , #6 | ['select', 'filter', 'filter', 'intersection', 'project', 'project', 'union'] | train | ["SELECT['medicines']", 'FILTER[\'#1\', "that can interact with enzymes as a \'inhibitor"]', 'FILTER[\'#1\', "that can interact with enzymes as a \'activitor"]', "INTERSECTION['#1', '#2', '#3']", "PROJECT['medicine names of #REF', '#4']", "PROJECT['trade names of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_968 | What are the medicine and trade names that can interact as an inhibitor and activitor with enzymes? | return medicines ;return #1 that can interact as an inhibitor with enzymes ;return #1 that can interact as an activitor with enzymes ;return #1 in both #2 and #3 ;return the medicine names of #4 ;return the trades names of #4 ;return #5 , #6 | ['select', 'filter', 'filter', 'intersection', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "FILTER['#1', 'that can interact as an inhibitor with enzymes']", "FILTER['#1', 'that can interact as an activitor with enzymes']", "INTERSECTION['#1', '#2', '#3']", "PROJECT['the medicine names of #REF', '#4']", "PROJECT['the trades names of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_969 | Show the medicine names and trade names that cannot interact with the enzyme with product 'Heme'. | return medicines ;return enzymes interact with of #1 ;return products of #2 ;return #2 where #3 is 'Heme ;return number of #4 for each #1 ;return #1 where #5 is zero ;return medicine names of #6 ;return trade names of #6 ;return #7 , #8 | ['select', 'project', 'project', 'comparative', 'group', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['medicines']", "PROJECT['enzymes interact with of #REF', '#1']", "PROJECT['products of #REF', '#2']", 'COMPARATIVE[\'#2\', \'#3\', "is \'Heme"]', "GROUP['count', '#4', '#1']", "COMPARATIVE['#1', '#5', 'is zero']", "PROJECT['medicine names of #REF', '#6']", "PROJECT['trade names of #REF', '#6']", "UNION['#7', '#8']"] |
SPIDER_train_97 | List the first names of people in alphabetical order? | return people ;return first names of #1 ;return #2 sorted by alphabetical order | ['select', 'project', 'sort'] | train | ["SELECT['people']", "PROJECT['first names of #REF', '#1']", "SORT['#2', 'alphabetical order']"] |
SPIDER_train_970 | What are the medicine and trade names that cannot interact with the enzyme with the product 'Heme'? | return enzymes ;return products that #1 can not interact with ;return #1 where #2 is 'Heme ;return medicine name of #3 ;return trade name of #3 ;return #4 , #5 | ['select', 'project', 'comparative', 'project', 'project', 'union'] | train | ["SELECT['enzymes']", "PROJECT['products that #REF can not interact with', '#1']", 'COMPARATIVE[\'#1\', \'#2\', "is \'Heme"]', "PROJECT['medicine name of #REF', '#3']", "PROJECT['trade name of #REF', '#3']", "UNION['#4', '#5']"] |
SPIDER_train_971 | How many distinct FDA approval statuses are there for the medicines? | return medicines ;return FDA approval statuses of #1 ;return distinct #2 ;return number of #3 | ['select', 'project', 'project', 'aggregate'] | train | ["SELECT['medicines']", "PROJECT['FDA approval statuses of #REF', '#1']", "PROJECT['distinct #REF', '#2']", "AGGREGATE['count', '#3']"] |
SPIDER_train_972 | How many different FDA approval statuses exist for medicines? | return medicines ;return FDA approval statuses of #1 ;return different #2 ;return number of #3 | ['select', 'project', 'project', 'aggregate'] | train | ["SELECT['medicines']", "PROJECT['FDA approval statuses of #REF', '#1']", "PROJECT['different #REF', '#2']", "AGGREGATE['count', '#3']"] |
SPIDER_train_973 | Which enzyme names have the substring "ALA"? | return enzyme ;return names of #1 ;return substring of #2 ;return #2 where #3 is ALA | ['select', 'project', 'project', 'comparative'] | train | ["SELECT['enzyme']", "PROJECT['names of #REF', '#1']", "PROJECT['substring of #REF', '#2']", "COMPARATIVE['#2', '#3', 'is ALA']"] |
SPIDER_train_974 | What are the names of enzymes that include the string 'ALA'? | return enzymes ;return names of #1 ;return #2 that include the string 'ALA | ['select', 'project', 'filter'] | train | ["SELECT['enzymes']", "PROJECT['names of #REF', '#1']", 'FILTER[\'#2\', "that include the string \'ALA"]'] |
SPIDER_train_975 | find the number of medicines offered by each trade. | return trades ;return medicines offered by #1 ;return number of #2 for each #1 | ['select', 'project', 'group'] | train | ["SELECT['trades']", "PROJECT['medicines offered by #REF', '#1']", "GROUP['count', '#2', '#1']"] |
SPIDER_train_976 | How many medicines are offered by each trade name? | return trade names ;return medicines offered by #1 ;return number of #2 for each #1 | ['select', 'project', 'group'] | train | ["SELECT['trade names']", "PROJECT['medicines offered by #REF', '#1']", "GROUP['count', '#2', '#1']"] |
SPIDER_train_977 | List all schools and their nicknames in the order of founded year. | return schools ;return nicknames of #1 ;return founded years of #1 ;return #1 , #2 ;return #4 sorted by #3 | ['select', 'project', 'project', 'union', 'sort'] | train | ["SELECT['schools']", "PROJECT['nicknames of #REF', '#1']", "PROJECT['founded years of #REF', '#1']", "UNION['#1', '#2']", "SORT['#4', '#3']"] |
SPIDER_train_978 | What are the different schools and their nicknames, ordered by their founding years? | return different schools ;return nicknames of #1 ;return founding years of #1 ;return #2 , #3 ;return #4 sorted by #3 | ['select', 'project', 'project', 'union', 'sort'] | train | ["SELECT['different schools']", "PROJECT['nicknames of #REF', '#1']", "PROJECT['founding years of #REF', '#1']", "UNION['#2', '#3']", "SORT['#4', '#3']"] |
SPIDER_train_979 | List all public schools and their locations. | return public schools ;return locations of #1 ;return #1 , #2 | ['select', 'project', 'union'] | train | ["SELECT['public schools']", "PROJECT['locations of #REF', '#1']", "UNION['#1', '#2']"] |
SPIDER_train_98 | What are the first names of the people in alphabetical order? | return people ;return the first names of #1 ;return #2 in alphabetical order | ['select', 'project', 'filter'] | train | ["SELECT['people']", "PROJECT['the first names of #REF', '#1']", "FILTER['#2', 'in alphabetical order']"] |
SPIDER_train_980 | What are the public schools and what are their locations? | return schools ;return #1 that are public ;return locations of #2 ;return #2 , #3 | ['select', 'filter', 'project', 'union'] | train | ["SELECT['schools']", "FILTER['#1', 'that are public']", "PROJECT['locations of #REF', '#2']", "UNION['#2', '#3']"] |
SPIDER_train_981 | When was the school with the largest enrollment founded? | return schools ;return enrollments of #1 ;return #1 where #2 is largest ;return when was #3 founded | ['select', 'project', 'superlative', 'project'] | train | ["SELECT['schools']", "PROJECT['enrollments of #REF', '#1']", "SUPERLATIVE['max', '#1', '#2']", "PROJECT['when was #REF founded', '#3']"] |
SPIDER_train_982 | Return the founded year for the school with the largest enrollment. | return schools ;return enrollments of #1 ;return #1 where #2 is highest ;return founded year of #3 | ['select', 'project', 'superlative', 'project'] | train | ["SELECT['schools']", "PROJECT['enrollments of #REF', '#1']", "SUPERLATIVE['max', '#1', '#2']", "PROJECT['founded year of #REF', '#3']"] |
SPIDER_train_983 | Find the founded year of the newest non public school. | return non public schools ;return founded years of #1 ;return #2 where founded year is newest | ['select', 'project', 'filter'] | train | ["SELECT['non public schools']", "PROJECT['founded years of #REF', '#1']", "FILTER['#2', 'where founded year is newest']"] |
SPIDER_train_984 | What is the founded year of the non public school that was founded most recently? | return schools ;return #1 that are non public ;return founded years of #2 ;return #2 where #3 is highest | ['select', 'filter', 'project', 'superlative'] | train | ["SELECT['schools']", "FILTER['#1', 'that are non public']", "PROJECT['founded years of #REF', '#2']", "SUPERLATIVE['max', '#2', '#3']"] |
SPIDER_train_985 | How many schools are in the basketball match? | return the basketball match ;return the schools in #1 ;return the number of #2 | ['select', 'project', 'aggregate'] | train | ["SELECT['the basketball match']", "PROJECT['the schools in #REF', '#1']", "AGGREGATE['count', '#2']"] |
SPIDER_train_986 | Count the number of schools that have had basketball matches. | return schools ;return #1 that have had basketball matches ;return number of #2 | ['select', 'filter', 'aggregate'] | train | ["SELECT['schools']", "FILTER['#1', 'that have had basketball matches']", "AGGREGATE['count', '#2']"] |
SPIDER_train_987 | What is the highest acc percent score in the competition? | return competition ;return acc percent scores in #1 ;return #1 where #2 is highest | ['select', 'project', 'superlative'] | train | ["SELECT['competition']", "PROJECT['acc percent scores in #REF', '#1']", "SUPERLATIVE['max', '#1', '#2']"] |
SPIDER_train_988 | Return the highest acc percent across all basketball matches. | return basketball matches ;return acc percent of #1 ;return #2 that is highest | ['select', 'project', 'filter'] | train | ["SELECT['basketball matches']", "PROJECT['acc percent of #REF', '#1']", "FILTER['#2', 'that is highest']"] |
SPIDER_train_989 | What is the primary conference of the school that has the lowest acc percent score in the competition? | return schools ;return #1 in the competition ;return the acc percent scores of #2 ;return #2 where #3 is the lowest ;return the primary conference of #4 | ['select', 'filter', 'project', 'comparative', 'project'] | train | ["SELECT['schools']", "FILTER['#1', 'in the competition']", "PROJECT['the acc percent scores of #REF', '#2']", "COMPARATIVE['#2', '#3', 'is the lowest']", "PROJECT['the primary conference of #REF', '#4']"] |
SPIDER_train_99 | What are the id of students who registered courses or attended courses? | return students ;return registered courses of #1 ;return number of #2 for each #1 ;return #1 where #3 is higher than zero ;return attended courses of #1 ;return number of #5 for each #1 ;return #1 where #6 is higher than zero ;return #4 or #7 ;return ids of #8 | ['select', 'project', 'group', 'comparative', 'project', 'group', 'comparative', 'union', 'project'] | train | ["SELECT['students']", "PROJECT['registered courses of #REF', '#1']", "GROUP['count', '#2', '#1']", "COMPARATIVE['#1', '#3', 'is higher than zero']", "PROJECT['attended courses of #REF', '#1']", "GROUP['count', '#5', '#1']", "COMPARATIVE['#1', '#6', 'is higher than zero']", "UNION['#4', '#7']", "PROJECT['ids of #REF', '#8']"] |
SPIDER_train_990 | Return the primary conference of the school with the lowest acc percentage score. | return acc percentage score ;return lowest #1 ;return school that has #2 ;return primary conference of #3 | ['select', 'aggregate', 'project', 'project'] | train | ["SELECT['acc percentage score']", "AGGREGATE['min', '#1']", "PROJECT['school that has #REF', '#2']", "PROJECT['primary conference of #REF', '#3']"] |
SPIDER_train_991 | What is the team name and acc regular season score of the school that was founded for the longest time? | return schools ;return time founded of #1 ;return #1 where #2 is highest ;return team name of #3 ;return acc regular season score of #3 ;return #4 , #5 | ['select', 'project', 'superlative', 'project', 'project', 'union'] | train | ["SELECT['schools']", "PROJECT['time founded of #REF', '#1']", "SUPERLATIVE['max', '#1', '#2']", "PROJECT['team name of #REF', '#3']", "PROJECT['acc regular season score of #REF', '#3']", "UNION['#4', '#5']"] |
SPIDER_train_992 | Return the name of the team and the acc during the regular season for the school that was founded the earliest. | return schools ;return #1 that was founded earliest ;return team of #2 ;return name of #3 ;return acc of #3 ;return #5 during the regular season ;return #4 , #6 | ['select', 'filter', 'project', 'project', 'project', 'filter', 'union'] | train | ["SELECT['schools']", "FILTER['#1', 'that was founded earliest']", "PROJECT['team of #REF', '#2']", "PROJECT['name of #REF', '#3']", "PROJECT['acc of #REF', '#3']", "FILTER['#5', 'during the regular season']", "UNION['#4', '#6']"] |
SPIDER_train_993 | Find the location and all games score of the school that has Clemson as its team name. | return schools ;return team names of #1 ;return #1 where #2 is Clemson ;return games of #3 ;return locations of #4 ;return scores of #4 ;return #5 , #6 | ['select', 'project', 'comparative', 'project', 'project', 'project', 'union'] | train | ["SELECT['schools']", "PROJECT['team names of #REF', '#1']", "COMPARATIVE['#1', '#2', 'is Clemson']", "PROJECT['games of #REF', '#3']", "PROJECT['locations of #REF', '#4']", "PROJECT['scores of #REF', '#4']", "UNION['#5', '#6']"] |
SPIDER_train_994 | What are the all games score and location of the school called Clemson? | return schools ;return #1 called Clemson ;return games of #2 ;return score of #3 ;return locations of #3 ;return #4 , #5 | ['select', 'filter', 'project', 'project', 'project', 'union'] | train | ["SELECT['schools']", "FILTER['#1', 'called Clemson']", "PROJECT['games of #REF', '#2']", "PROJECT['score of #REF', '#3']", "PROJECT['locations of #REF', '#3']", "UNION['#4', '#5']"] |
SPIDER_train_995 | What are the average enrollment size of the universities that are founded before 1850? | return universities ;return #1 founded before 1850 ;return enrollment size of #2 ;return average of #3 | ['select', 'filter', 'project', 'aggregate'] | train | ["SELECT['universities']", "FILTER['#1', 'founded before 1850']", "PROJECT['enrollment size of #REF', '#2']", "AGGREGATE['avg', '#3']"] |
SPIDER_train_996 | Return the average enrollment of universities founded before 1850. | return universities ;return #1 founded before 1850 ;return enrollments of #2 ;return average of #3 | ['select', 'filter', 'project', 'aggregate'] | train | ["SELECT['universities']", "FILTER['#1', 'founded before 1850']", "PROJECT['enrollments of #REF', '#2']", "AGGREGATE['avg', '#3']"] |
SPIDER_train_997 | Show the enrollment and primary_conference of the oldest college. | return colleges ;return the oldest #1 ;return enrollment of #2 ;return primary_conference of #2 ;return #3 , #4 | ['select', 'project', 'project', 'project', 'union'] | train | ["SELECT['colleges']", "PROJECT['the oldest #REF', '#1']", "PROJECT['enrollment of #REF', '#2']", "PROJECT['primary_conference of #REF', '#2']", "UNION['#3', '#4']"] |
SPIDER_train_998 | What are the enrollment and primary conference for the university which was founded the earliest? | return universities ;return #1 founded earliest ;return enrollment of #2 ;return primary conference of #2 ;return #3 , #4 | ['select', 'filter', 'project', 'project', 'union'] | train | ["SELECT['universities']", "FILTER['#1', 'founded earliest']", "PROJECT['enrollment of #REF', '#2']", "PROJECT['primary conference of #REF', '#2']", "UNION['#3', '#4']"] |
SPIDER_train_999 | What is the total and minimum enrollment of all schools? | return schools ;return enrollments of #1 ;return sum of #2 ;return minimum of #2 ;return #3 , #4 | ['select', 'project', 'aggregate', 'aggregate', 'union'] | train | ["SELECT['schools']", "PROJECT['enrollments of #REF', '#1']", "AGGREGATE['sum', '#2']", "AGGREGATE['min', '#2']", "UNION['#3', '#4']"] |
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