prompt stringlengths 180 1.49k | completion stringclasses 860
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roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | point |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | x=Length,y=Height,color=none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | Length,Height |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | point |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | x=Length,y=Height,color=none |
roller_coaster <head> Roller_Coaster_ID,Name,Park,Country_ID,Length,Height,Speed,Opened,Status <type> quantitative,nominal,nominal,quantitative,quantitative,quantitative,quantitative,temporal,nominal <data> 1,Boardwalk Bullet,Kemah Boardwalk,1,3236.0,96.0,51.0,"August 31, 2007",Operating <line> 2,Dauling Dragon,Happy V... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the da... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the da... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the da... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the da... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the amount of drivers in each party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the da... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the d... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the d... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the d... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the d... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> How many drivers are in each political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the d... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What is the distribution of drivers across parties? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data:... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data:... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data:... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data:... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: ... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: ... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: ... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a breakdown of drivers by party. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the data: ... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filte... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filte... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filte... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filte... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you tell me the number of drivers in each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filte... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the ... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the ... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the ... | bar |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the ... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What are the amounts of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter the ... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. F... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. F... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. F... | arc |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. F... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Can you show me the proportion of drivers for each party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. F... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter ... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter ... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter ... | arc |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter ... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What's the breakdown of drivers by political party? <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter ... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | arc |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Show me the distribution of parties for the drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step 2. Filter... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step... | arc |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> Give me a visualization of the parties represented by drivers. <ans> <sep> Step 1. Select the columns: Party <sep> Step... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: | Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: Party <se... | none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: Party <se... | count Party |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: Party <se... | arc |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: Party <se... | x=Party,y=count Party,color=none |
driver <head> Driver_ID,Name,Party,Home_city,Age <type> quantitative,nominal,nominal,nominal,quantitative <data> 1,Matthew Ritter,Dem,Hartford,40 <line> 2,Dan Carter,Rep,Bethel,30 <line> <utterance> What does the pie chart look like for the drivers' political parties? <ans> <sep> Step 1. Select the columns: Party <se... | none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: | donator_name,amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> ... | none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> ... | sum amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> ... | bar |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> ... | x=donator_name,y=sum amount,color=none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the endowment amounts by donator in a bar graph. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> ... | none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: | donator_name,amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: donator_name,amount... | none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: donator_name,amount... | sum amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: donator_name,amount... | bar |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: donator_name,amount... | x=donator_name,y=sum amount,color=none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Graph the endowment amounts of the donator in descending order. <ans> <sep> Step 1. Select the columns: donator_name,amount... | y desc |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: | donator_name,amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> Step ... | none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> Step ... | sum amount |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> Step ... | bar |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> Step ... | x=donator_name,y=sum amount,color=none |
endowment <head> endowment_id,School_id,donator_name,amount <type> quantitative,quantitative,nominal,quantitative <data> 1,1,Monte Plata,9.51 <line> 2,2,San José de Ocoa,9.83 <line> <utterance> Show me the donator's endowment amounts in a chart. <ans> <sep> Step 1. Select the columns: donator_name,amount <sep> Step ... | none |
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