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Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: | pName,HS |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: | HS lt 1500 |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> ... | none |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> ... | arc |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> ... | x=pName,y=HS,color=none |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Show me the ratio of players who train for less than 1500 hours. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> ... | none |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: | pName,HS |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: | HS lt 1500 |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> Step 3... | none |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> Step 3... | arc |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> Step 3... | x=pName,y=HS,color=none |
Player <head> pID,pName,yCard,HS <type> quantitative,nominal,nominal,quantitative <data> 10001,Andrew,no,1200 <line> 20002,Blake,no,1600 <line> <utterance> Create a chart for players with training hours under 1500. <ans> <sep> Step 1. Select the columns: pName,HS <sep> Step 2. Filter the data: HS lt 1500 <sep> Step 3... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | bar |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the distribution of enrollment over states. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Choos... | bar |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Choos... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> What is the enrollment breakdown by state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Choos... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Cho... | bar |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Cho... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> How do the enrollments differ across states? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. Cho... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4.... | bar |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4.... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you display a chart of enrollment per state? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4.... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. ... | bar |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. ... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a visualization of enrollment by state. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step 4. ... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: ... | arc |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: ... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me a picture that reflects the distribution of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: ... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | arc |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can you generate a visualization for state and enr? <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <sep> Step... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <se... | arc |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <se... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> I need a chart to display the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <se... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <s... | arc |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <s... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Put together a graph that shows the ratio of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: none <s... | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: | state,enr |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: no... | arc |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: no... | x=state,y=enr,color=none |
College <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Create a chart that illustrates the proportion of state and enr. <ans> <sep> Step 1. Select the columns: state,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: no... | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: | cName,enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate func... | min enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate func... | bar |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate func... | x=cName,y=min enr,color=none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Can I see the school with the fewest students for each state in a graph? <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate func... | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: | cName,enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | min enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step 4... | arc |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step 4... | x=cName,y=min enr,color=none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Visualize the least enrollment at each school. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step 4... | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: | cName,enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | min enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step ... | arc |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step ... | x=cName,y=min enr,color=none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Show me the lowest enrollment for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: min enr <sep> Step ... | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: | cName,enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: | none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: | min enr |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: m... | arc |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: m... | x=cName,y=min enr,color=none |
college <head> cName,state,enr <type> nominal,nominal,quantitative <data> LSU,LA,18000 <line> ASU,AZ,12000 <line> <utterance> Give me a graph of the least amount of students for each college. <ans> <sep> Step 1. Select the columns: cName,enr <sep> Step 2. Filter the data: none <sep> Step 3. Add aggregate functions: m... | none |
tryout <head> pID,cName,pPos,decision <type> quantitative,nominal,nominal,nominal <data> 10001,LSU,goalie,no <line> 10001,ASU,goalie,yes <line> <utterance> Show a chart of the amount of students who tried out for each college in descending order. <ans> <sep> Step 1. Select the columns: | cName |
tryout <head> pID,cName,pPos,decision <type> quantitative,nominal,nominal,nominal <data> 10001,LSU,goalie,no <line> 10001,ASU,goalie,yes <line> <utterance> Show a chart of the amount of students who tried out for each college in descending order. <ans> <sep> Step 1. Select the columns: cName <sep> Step 2. Filter the ... | none |
tryout <head> pID,cName,pPos,decision <type> quantitative,nominal,nominal,nominal <data> 10001,LSU,goalie,no <line> 10001,ASU,goalie,yes <line> <utterance> Show a chart of the amount of students who tried out for each college in descending order. <ans> <sep> Step 1. Select the columns: cName <sep> Step 2. Filter the ... | count cName |
tryout <head> pID,cName,pPos,decision <type> quantitative,nominal,nominal,nominal <data> 10001,LSU,goalie,no <line> 10001,ASU,goalie,yes <line> <utterance> Show a chart of the amount of students who tried out for each college in descending order. <ans> <sep> Step 1. Select the columns: cName <sep> Step 2. Filter the ... | bar |
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