Veerarajank/test huggingface dataset:
[{"columns":["Outcome","Year","Championship","Surface","Opponent in the final","Score in the final"],"name":"1-23259077-1","type":"grid"}]

In which championship did John Newcombe play against Ken Rosewall in the final match?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Opponent in the final`","operation":"=","value":"Ken Rosewall"}]}}

What were the scores of the Wimbledon final matches where Newcombe was the runner-up?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Outcome`","operation":"=","value":"Runner-up"},{"actionType":"ChangeCondition","column":"`Championship`","operation":"=","value":"Wimbledon"}]}}

On what year did Newcombe first face Clark Graebner in a final match?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Year`","aggregation":"min"},{"actionType":"ChangeCondition","column":"`Opponent in the final`","operation":"=","value":"Clark Graebner"}]}}

What was the outcome for Newcombe in the matches he played against Jan Kodeš?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Opponent in the final`","operation":"=","value":"Jan Kodeš"}]}}
[{"columns":["Church_ID","Name","Organized_by","Open_Date","Continuation_of"],"name":"church","type":"grid"}]

Can you explain to me the calculus chain rule?

{"text":"Sure, the chain rule is a fundamental rule of calculus that allows you to find the derivative of composite functions, which are functions that are made up of other functions.\n\nIn more technical terms, if you have a composite function f(g(x)), where f and g are both differentiable functions, the chain rule tells you how to find the derivative of f(g(x)) with respect to x.\n\nThe chain rule states that the derivative of f(g(x)) with respect to x is equal to the derivative of f evaluated at g(x) multiplied by the derivative of g(x) with respect to x, or in other words:\n\n(d/dx) f(g(x)) = f'(g(x)) * g'(x)\n\nHere, f'(g(x)) represents the derivative of f evaluated at g(x), which means you first take the derivative of f with respect to its own variable (in this case, f'(x)), and then evaluate that derivative at g(x), i.e., replace x with g(x). Similarly, g'(x) represents the derivative of g with respect to x.\n\nTo use the chain rule, you would first identify the inner function g(x) and its derivative g'(x), and then identify the outer function f(g(x)) and its derivative f'(g(x)). Then, you would plug these values into the formula above to find the derivative of the composite function f(g(x)) with respect to x.","dsl":{}}

I can fully understand the formula. Can you please explain in more detail?
[{"columns":["EMPLOYEE_ID","FIRST_NAME","LAST_NAME","EMAIL","PHONE_NUMBER","HIRE_DATE","JOB_ID","SALARY","COMMISSION_PCT","MANAGER_ID","DEPARTMENT_ID"],"name":"employees","type":"grid"}]

How many employees first names contain the letter M?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"contains","value":"M"}]}}

What are the names of those employees?

{"text":"Do you mean the first name and last name of those employees?","dsl":{}}

Yes.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"contains","value":"M"}]}}

How many employees first names do not contain the letter M?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"not contains","value":"M"}]}}

What are their full names?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"not contains","value":"M"}]}}

Can you give me a simple Python program to calculate standard deviation for sets of numbers, and then generate calls to that program with the two sets of numbers from my first prompt?

{"text":"Sure, but instead of reinventing the wheel, let's use the optimized standard deviation function from the NumPy package.\n\n```python\nimport numpy as np\n\nstdev1 = np.std(np.array([61, 62, 59, 60, 63, 62, 58]))\nstdev2 = np.std(np.array([12, 96, 71, 66, 108, 23, 5, 59]))\n\n```","dsl":{}}

When were they hired?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"first_name","operation":"not contains","value":"M"}]}}

Thanks!

{"text":"You are welcome.","dsl":{}}
[{"columns":["Code","Name","Headquarter","Founder","Revenue"],"name":"manufacturers","type":"grid"}]

[lyrics] of the verse go like this: “The sun is up, the sky is blue, it’s beautiful and so are you.” Which song is that and who is the author of the [lyrics]?

{"text":"The lyrics you are referring to are from the song \"Here Comes The Sun\" by The Beatles. The song was written by George Harrison and was released in 1969 on The Beatles' album \"Abbey Road.\"","dsl":{}}
[{"columns":["branch_ID","bname","no_of_customers","city","state"],"name":"bank","type":"grid"}]

What is the difference between a raspberry pi and an esp32? What is better suited for interfacing with a SD card?

{"text":"The Raspberry Pi is a microcomputer with a powerful CPU, RAM, and various connectivity options. It runs a full-fledged operating system like Linux, and is capable of running multiple applications simultaneously. It has an SD card slot and is better suited for interfacing with an SD card as it has a lot of processing power and connectivity options.\n\nOn the other hand, the ESP32 is a microcontroller with limited processing power and memory compared to the Raspberry Pi. It is better suited for IoT applications, as it is low-cost and has a low power consumption. It also has an SD card slot, but its limited processing power means it may not be as efficient at interfacing with an SD card as the Raspberry Pi.\n\nIn conclusion, the Raspberry Pi is better suited for interfacing with an SD card as it has more processing power and connectivity options. However, the ESP32 is a good choice for IoT applications as it is low-cost and low-power.","dsl":{}}

Let's say I built something with an ESP32. Is it trivial to upgrade it to a Raspberry Pi? Do I have to rewrite my code or get new adapters for any connections?
[{"columns":["Team_ID","School_ID","Team_Name","ACC_Regular_Season","ACC_Percent","ACC_Home","ACC_Road","All_Games","All_Games_Percent","All_Home","All_Road","All_Neutral"],"name":"basketball_match","type":"grid"}]

How many schools are in the basketball match?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"school_id","aggregation":"count"}]}}

Count the number of schools that have had basketball matches.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"school_id","aggregation":"count"}]}}

What is the highest acc percent score in the competition?

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"acc_percent","limit":1,"aggregation":"avg","direction":"desk"}]}}

Return the highest acc percent across all basketball matches.

{"dsl":{"actions":[{"actionType":"ChangeTopFilter","column":"acc_percent","limit":1,"aggregation":"avg","direction":"desk"}]}}

List names of all teams in the basketball competition, ordered by all home scores in descending order.

{"dsl":{"actions":[{"actionType":"ChangeSorting","column":"All_Home","direction":"desk"}]}}

What are the names of all the teams in the basketball competition, sorted by all home scores in descending order?

{"dsl":{"actions":[{"actionType":"ChangeSorting","column":"All_Home","direction":"desk"}]}}
[{"columns":["District","Counties Represented","Delegate","Party","First Elected","Committee"],"name":"2-12786458-1","type":"grid"}]

What Committee has the First Elected of 1993?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`First Elected`","operation":"=","value":1993}]}}

What is the total number of First Elected that has counties represented of Anne Arundel, District of 30, and a Ways and Means Committee?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`First Elected`","aggregation":"count"},{"actionType":"ChangeCondition","column":"`Counties Represented`","operation":"=","value":"anne arundel"},{"actionType":"ChangeCondition","column":"`District`","operation":"=","value":30},{"actionType":"ChangeCondition","column":"`Committee`","operation":"=","value":"ways and means"}]}}

What counties represented have a First Elected of 2006 and a Ways and Means Committee?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`First Elected`","operation":"=","value":2006},{"actionType":"ChangeCondition","column":"`Committee`","operation":"=","value":"ways and means"}]}}
[{"columns":["Physician","Patient","Medication","Date","Appointment","Dose"],"name":"prescribes","type":"grid"}]

I'm trying to write a black metal song in the style of the Christian black metal band Horde. Can you help me think of the main riff?

{"text":"I can help with the main riff. Let's try using a constrained melodic range evocative of Horde's album Hellig Usvart (1994), Release and Clothe the Virgin Sacrifice:\n```\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> G# (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, A (half-note) -> \nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> A Octave Up (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, Ab (half-note)\n```","dsl":{}}

Right on! Double the length and put a little more variation in it.

{"text":"Sure, here's an expanded version of the riff with some added variation:\n``` \nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> G# (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, A (half-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> A Octave Up (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, Ab (half-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> G# (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, A (half-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> A Octave Up (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, Ab (half-note) ->\nG# (quarter-note) -> A (quarter-note) -> C (quarter-note) -> F# (quarter-note) -> F (half-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> G# (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, A (half-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> A, C, C# (quarter-note) -> A Octave Up (quarter-note) ->\nF (quarter-note) -> F# (eighth-note) -> F (eighth-note) -> D, Ab (half-note) ->\nG# (quarter-note) -> A (quarter-note) -> C (quarter-note) -> F# (quarter-note) -> F (half-note)\n``` \nThis version repeats the first four bars and adds a second variation that explores the lower register of the guitar. Feel free to modify and experiment with this riff to create your own unique sound.","dsl":{}}
[{"columns":["branch_ID","bname","no_of_customers","city","state"],"name":"bank","type":"grid"}]

hello. Can you tell me the number of states in which there are customers?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"state","aggregation":"count"},{"actionType":"ChangeCondition","column":"no_of_customers","operation":">","value":0}]}}

and what states are they, please?

{"text":"Do you mean the states of all the branches?","dsl":{}}

what are the four states in which there are customers ?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"no_of_customers","operation":">","value":0}]}}

and which of those states has the most number of customers?

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"state"},{"actionType":"ChangeTopFilter","column":"no_of_customers","limit":1,"aggregation":"sum","direction":"desk"}]}}

Thanks!

{"text":"You are welcome.","dsl":{}}
[{"columns":["Perpetrator_ID","People_ID","Date","Year","Location","Country","Killed","Injured"],"name":"perpetrator","type":"grid"}]

What is a Lemon Tree?

{"text":"The lemon (Citrus limon) is a species of small evergreen trees in the flowering plant family Rutaceae, native to Asia, primarily Northeast India (Assam), Northern Myanmar or China.\n\nThe tree's ellipsoidal yellow fruit is used for culinary and non-culinary purposes throughout the world, primarily for its juice, which has both culinary and cleaning uses. The pulp and rind are also used in cooking and baking. The juice of the lemon is about 5% to 6% citric acid, with a pH of around 2.2, giving it a sour taste. The distinctive sour taste of lemon juice makes it a key ingredient in drinks and foods such as lemonade and lemon meringue pie.","dsl":{}}
[{"columns":["Document_ID","Template_ID","Document_Name","Document_Description","Other_Details"],"name":"Documents","type":"grid"}]

What is the document id, template id and description for document named "Robbin CV"?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"document_name","operation":"=","value":"'Robbin CV'"}]}}

Return the document id, template id, and description for the document with the name Robbin CV.

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"document_name","operation":"=","value":"'Robbin CV'"}]}}

How many different templates do all document use?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"template_id","aggregation":"count"}]}}

Count the number of different templates used for documents.

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"template_id","aggregation":"count"}]}}

Show all template ids and number of documents using each template.

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"template_id"}]}}

What are all different template ids used for documents, and how many times were each of them used?

{"dsl":{"actions":[{"actionType":"ChangeGrouping","column":"template_id"}]}}
[{"columns":["ID","name","dept_name","salary"],"name":"instructor","type":"grid"}]

How many instructors are in the statistics department?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"dept_name","operation":"=","value":"Statistics"}]}}

What is the lowest salary of the instructors in the statistics department?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"salary","aggregation":"min"},{"actionType":"ChangeCondition","column":"dept_name","operation":"=","value":"Statistics"}]}}

And what is the name of the instructor that earns that salary?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"dept_name","operation":"=","value":"Statistics"},{"actionType":"ChangeTopFilter","column":"salary","limit":1,"aggregation":"avg","direction":"ask"}]}}

Thanks!

{"text":"Bye.","dsl":{}}
[{"columns":["Year","Start","Qual","Rank","Finish","Laps"],"name":"2-1172894-1","type":"grid"}]

Which finish has a 99.550 Qual?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Qual`","operation":"=","value":99.55}]}}

Which Qual with laps less than 200 and an 11 start?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Laps`","operation":"<","value":200},{"actionType":"ChangeCondition","column":"`Start`","operation":"=","value":11}]}}

Which rank is the start of totals?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Start`","operation":"=","value":"totals"}]}}

Which year has 112 laps?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Laps`","operation":"=","value":112}]}}
[{"columns":["Release","# of discs","Region 1","Region 2","Region 4"],"name":"1-25721-4","type":"grid"}]

How many DVDs where were in the complete collection series 1-8 with extras?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`Release`","operation":"=","value":"The Complete Collection Series 1-8 with extras"}]}}

Which release had 6 DVDs?

{"dsl":{"actions":[{"actionType":"ChangeCondition","column":"`# of discs`","operation":"=","value":6}]}}

How many region 1's did back to earth have?

{"dsl":{"actions":[{"actionType":"ChangeAggregations","column":"`Region 1`","aggregation":"count"},{"actionType":"ChangeCondition","column":"`Release`","operation":"=","value":"Back to Earth"}]}}
[{"columns":["ranking_date","ranking","player_id","ranking_points","tours"],"name":"rankings","type":"grid"}]

Can you give me an easy recipe for homemade bread? The recipe should require no perishable ingredients or use of appliances and should rise overnight, so that I can bake fresh bread in the mornings.

{"text":"Sure! Here's a simple recipe for homemade bread that meets your requirements:\n\nIngredients:\n\n3 cups all-purpose flour\n1 tsp salt\n1/2 tsp active dry yeast\n1 1/2 cups warm water\nInstructions:\n\nIn a large bowl, mix together the flour, salt, and yeast.\nAdd the warm water to the bowl and stir until a sticky dough forms.\nCover the bowl with plastic wrap and let it sit at room temperature overnight, or for at least 8 hours.\nThe next morning, preheat your oven to 450°F (230°C). Place a large cast iron pot with a lid in the oven while it preheats.\nWhile the pot is heating up, turn the dough out onto a floured surface and shape it into a ball.\nCarefully remove the hot pot from the oven and place the dough ball inside.\nCover the pot with the lid and bake for 30 minutes.\nRemove the lid and bake for an additional 10-15 minutes, or until the bread is golden brown and sounds hollow when tapped.\nRemove the bread from the pot and let it cool on a wire rack.\nThis recipe requires only four simple ingredients, and no special appliances. By letting the dough rise overnight, you can wake up to fresh bread in the morning. Enjoy!","dsl":{}}

What if I wanted to spice it up and try something extravagant. Can you provide me with a harder, but more rewarding recipe for homemade bread? Some of the same rules apply such as no perishable ingredients or use of appliances and should rise overnight.

{"text":"Wow, that sounds like quite an adventure! For a more challenging yet rewarding bread recipe, here are some ideas you can try:\n\n* For a bioluminescent bread, you could try adding some Spirulina powder to the dough. Spirulina is a blue-green algae that is known for its bright green color, and it can give your bread a unique and eye-catching look. However, it won't glow in the dark like bioluminescent organisms.\n\n* You can make flour from your own crops. You will need to grow wheat or another grain and harvest it. Once you have harvested the grain, you will need to thresh it to remove the seeds from the stalks, then winnow it to remove the chaff. Finally, you can grind the grain into flour using a hand-cranked mill. This process is time-consuming and labor-intensive, but the result is a fresh and flavorful flour that is unique to your region.\n\n* For baking in an alternative way you could bake with a solar oven. You will need to build or purchase a solar oven that can reach temperatures of at least 350°F (175°C). You can use the same basic bread recipe, but you will need to adjust the baking time and temperature to suit your solar oven. This method is eco-friendly and can be a fun and rewarding way to bake bread while enjoying the great outdoors.","dsl":{}}
[{"columns":["Storm_ID","Name","Dates_active","Max_speed","Damage_millions_USD","Number_Deaths"],"name":"storm","type":"grid"}]

What is the equation to find the velocity at which an object reaches its terminal velocity? Explain how the equation is derived.

{"text":"Terminal velocity is the maximum velocity that an object in a fluid (air or water) reaches when the net force acting on it equals zero. In other words, it is the velocity at which the gravitational force pulling an object downward is balanced by the fluid drag force acting on it in the opposite direction. Beyond this point, the object will continue to fall, but its velocity will remain constant as the upward drag force will continue to balance the downward gravitational force. The terminal velocity of an object depends on its mass, size, shape, and the density of the fluid it is falling through.\n\nThe equation to calculate terminal velocity is given by:\n\n$V_t = \\sqrt(2mg/pC_DA)$,\n\nwhere:\n$V_t$ = terminal velocity;\n$m$ = mass of object;\n$g$ = acceleration due to gravity;\n$p$ = fluid density;\n$C_DA $= drag coefficient * reference area.\n\nThe equation is derived from the force balance equation, which states that the net force on an object equals its mass times acceleration. In the case of terminal velocity, the net force on an object is equal to zero, so we can write the equation as follows:\n\n$mg - 1/2 * pV_t^2 * C_DA = 0$\n\nRearranging and solving for $V_t$, we get the above equation.\n\nThe drag coefficient ($C_D$) depends on the object's shape and its surface's roughness, while the reference area (A) is a characteristic area used to calculate the drag force. The drag coefficient and reference area are combined into the product C_DA, a constant determined experimentally.","dsl":{}}

Can you provide me with a LaTeX version of your reply?

{"text":"My previous answer is already in LaTeX format. $ signs indicate that those are LaTeX equations.\nTo visualize the equations, you can use any LaTeX editor.\nOne well-known LaTeX editor might be Overleaf for example.","dsl":{}}
[{"columns":["id","name","date","bulgarian_commander","latin_commander","result"],"name":"battle","type":"grid"}]

Please explain Detrended Fluctuation Analysis (DFA) in simple, understandable terms. What is it used for? Please provide some examples.

{"text":"Detrended Fluctuation Analysis appears to be so complicated that it is difficult for me to explain in simple, understandable terms.\n\nIt can be used for understanding DNA sequences, neuronal oscillations and animal behavior pattern analysis.","dsl":{}}

What is the function of RNA in this context?

{"text":"Stii romana","dsl":{}}
[{"columns":["Train_ID","Station_ID"],"name":"train station","type":"grid"}]

Generate an outline of the history of Turkey.

{"text":"Here is a brief outline of the history of Turkey:\n\n1. Prehistoric period: The region that is now modern-day Turkey was inhabited by various groups over the centuries, including the Hittites, Persians, Greeks, and Romans.\n2. Byzantine period: In the 4th century AD, the Roman Empire split into the Eastern and Western empires. The Eastern empire, known as the Byzantine Empire, was centered in Constantinople (modern-day Istanbul) and ruled the region for over a thousand years.\n3. Ottoman Empire: In the late 13th century, the Ottoman Turks began to expand their territory, eventually conquering Constantinople in 1453 and establishing the Ottoman Empire. The empire lasted until the end of World War I, when it was dissolved and replaced by the modern Turkish Republic.\n4. Turkish Republic: In 1923, Mustafa Kemal Atatürk founded the modern Turkish Republic, with Ankara as its capital. Atatürk implemented sweeping political and social reforms, including the adoption of a new alphabet and legal system, secularization of the government, and promotion of women's rights.\n5. World War II and Cold War: During World War II, Turkey remained neutral but later joined NATO in 1952. The country played a strategic role in the Cold War, with the United States establishing military bases in Turkey to counter Soviet influence in the region.\n6. Modern Turkey: In recent decades, Turkey has undergone significant economic and social changes, with a growing middle class and increasing participation in the global economy. However, the country has also faced political turmoil, including a coup attempt in 2016 and a crackdown on civil liberties and opposition voices under President Recep Tayyip Erdogan.","dsl":{}}

Do you think Turkey will join NATO?

{"text":"Turkey is already a member of NATO.","dsl":{}}