{
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        "width": 312,
        "height": 437,
        "data": {
          "fields": [
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply num1 num2)\n  (* num1 num2))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply a b)\n  (* a b))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply a b)\n  (* a b))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))\n  )\n)\n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```racket\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1))\n             (fibonacci (- n 2)))))) \n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\n",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```\n",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))  \n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```\nThis function takes a positive integer `n` as input and returns the `n`-th Fibonacci number. It uses recursion to compute the result. If `n` is less than or equal to 1, the function returns `n`. Otherwise, it recursively computes the `n-1`-th and `n-2`-th Fibonacci numbers and adds them together to get the `n`-th Fibonacci number.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function uses regular expressions to remove whitespace padding from a given string. The `^\\\\s+` pattern matches one or more whitespace characters at the beginning of the string, and `\\\\s+$` matches one or more whitespace characters at the end of the string. `regexp-replace*` replaces both occurrences with the empty string, effectively removing them.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (remove-padding str)\n  (string-trim str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (string-trim str))\n```\n",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage:\n```\n(trim \"   hello world   \") ;; returns \"hello world\"\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (string-trim str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (remove-padding str)\n  (string-trim str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim-str str)\n  (string-trim-both str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function trims all whitespace characters from the beginning and end of the input string using regular expressions in Racket.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (trim-string str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (remove-padding str)\n  (string-trim str))\n```\n",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n(define (get-fav-ice-cream)\n  (displayln \"What is your favorite ice cream?\")\n  (read-line))\n\n(define (ice-cream-response fav)\n  (cond\n    [(string=? fav \"vanilla\") (displayln \"You must be mistaken, vanilla is the worst flavor!\")]\n    [else (displayln (string-append \"Wow, \" fav \" is a great choice!\"))]))\n\n(ice-cream-response (get-fav-ice-cream))\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-preference)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\"))\n      (else\n       (display \"Ah, \" flavor \" is a great choice! It's one of my favorites too.\")))))\n\n\n(ice-cream-preference) ; calling the function to start the program\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (if (string=? flavor \"vanilla\")\n      \"Are you sure? Vanilla is a pretty basic flavor.\"\n      (string-append \"Great choice! \" flavor \" is delicious.\")))\n\n(display \"What is your favorite ice cream flavor? \")\n(define favorite (read-line))\n(ice-cream-favorite favorite)\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define favorite-ice-cream (string-downcase (read-line)))\n(if (equal? \"vanilla\" favorite-ice-cream)\n    \"I'm sorry, but vanilla is objectively a poor choice for ice cream. You must be mistaken.\"\n    (string-append \"Excellent choice! \" favorite-ice-cream \" is delicious.\"))\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-favorite)\n  (let ((favorite (string-downcase (read-line \"What's your favorite ice cream? \"))))\n    (cond ((equal? favorite \"vanilla\")\n           \"Are you sure that's your favorite ice cream? I think you must be mistaken.\")\n          (else\n           (string-append \"Great choice! \" favorite \" is delicious!\")))))\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-fan)\n  (let ((fave (string-downcase (read-line))))\n    (cond\n      ((equal? fave \"vanilla\") \"Are you sure? I think you meant to say strawberry!\")\n      (else (string-append \"Oh, \" fave \" is a fantastic choice!\")))))\n  \n(ice-cream-fan)\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-preference)\n  (let ((fav-icecream (string-downcase (read-line))))\n    (cond\n      [(equal? fav-icecream \"vanilla\")\n       \"Are you sure that's really your favorite ice cream? I think you must be mistaken.\"]\n      [else\n       \"That's a great choice!\"]))\n)\n\n(ice-cream-preference)\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-flavor-prompt)\n  (define favorite-ice-cream (string-downcase (read-line)))\n  (if (string=? favorite-ice-cream \"vanilla\")\n      (printf \"Vanilla? Are you sure you have taste buds!?\")\n      (printf \"Excellent choice!\")))\n\n(ice-cream-flavor-prompt)\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (cond \n    [(equal? flavor \"vanilla\") \"Are you sure? Vanilla is so bland!\"]\n    [else \"Great choice! I also love \" flavor \"!\"]))\n\n(println \"What is your favorite ice cream?\")\n(define flavor (read-line))\n(println (ice-cream-favorite flavor))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n#lang racket\n\n(define (ice-cream-choice)\n  (displayln \"What is your favorite ice cream?\")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (displayln \"Vanilla? Are you sure? Try some other flavors and come back to me.\"))\n          (else\n           (displayln (format \"Great choice! I love %s too!\" flavor))))))\n\n(ice-cream-choice)\n```\n",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (extract-substring str start end)\n  (substring str start end))\n```\n\nThis `extract-substring` function takes a string `str`, a starting index `start`, and an ending index `end`. It returns a new string that is a substring of `str` starting at index `start` and ending at index `end - 1`.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nExample usage: `(substring \"hello world\" 1 4)` will return `\"ello\"`.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nThe `substring` function takes in a string `str`, a starting index `start`, and an ending index `end`. It then returns the substring of `str` between the indices `start` and `end`. Since the `end` parameter is exclusive, we add 1 to it when invoking the `substring` procedure to get all the characters up to and including the `end` index.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (substring s start end)\n  (substring s start (add1 end)))\n```\n\nThis program defines a function `substring` that takes a string `s`, a `start` index, and an `end` index and returns a substring of `s` that starts at the `start` index and goes up to, but does not include, the `end` index. \n\nNote that the `end` index is exclusive (i.e., the character at the `end` index is not included in the substring). Also, the `add1` function is used to convert the `end` index from a 0-indexed number to a 1-indexed number, which is the convention used by Racket's `substring` function.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\nTo extract a substring from a `str` string, simply call this `substring` function with the start and end index of the substring you want to extract. Note that the `end` parameter is the index of the last character of the substring, not the length of the substring. So to extract the string from index `start` to index `end`, we pass `(add1 end)` as the second parameter to the `substring` function.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```racket\n; This program extracts a substring from a given string.\n\n(define (substring str start end)\n  (define len (string-length str))\n  (if (or (< start 0) (< end 0) (> end len))\n      \"Invalid input\"\n      (substring str start end)))\n\n; Example usage:\n(substring \"Hello, world!\" 2 6)\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\n\nThis program defines a function `substring` that takes in a string `str`, a starting index `start`, and an ending index `end`. It returns the substring of `str` starting from `start` and ending at `end - 1`.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n; Define function to extract substring from a string\n(define (extract-substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nHere's how to use the function:\n\n```\n; Call the extract-substring function with input string, start index, and end index\n(extract-substring \"Hello, world!\" 0 4) ; Output: \"Hello\"\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```racket\n; Define a function that takes a string, a starting index, and a length and returns the substring\n(define (substring str start len)\n  (substring str start (+ start len)))\n```\n\nUse the function as follows:\n\n```racket\n(substring \"example string\" 3 6) ; outputs \"mple s\"\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (exp (/ (log (- x)) 3)))\n      (exp (/ (log x) 3))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cbrt x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (define (cubic-root-iter guess)\n    (let ((improve (/ (- x (cube guess))\n                      (* 3 (square guess))))) \n      (if (good-enough? improve)\n          improve\n          (cubic-root-iter (+ guess improve)))))\n  (define (good-enough? improve)\n    (< (abs (- (cube (+ x improve))\n               x))\n       0.001)) ; adjust threshold as needed\n  (cubic-root-iter 1.0))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cbrt x)\n  (if (negative? x)\n      (- (cbrt (- x))0.0)\n      (let loop ((guess (/ x 3.0)))\n        (let ((new-guess (/ (+ (* 2 guess) (/ x (* guess guess))) 3.0)))\n          (if (good-enough? guess new-guess)\n              new-guess\n              (loop new-guess))))))\n\n(define (good-enough? old-guess new-guess)\n  (< (abs (- old-guess new-guess)) 0.0001))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))i)\n      (expt x 1/3)))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x))0.0 )\n      (expt x (/ 1.0 3.0))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (* -1 (cubic-root (- x)))\n      (expt x (/ 1 3.0))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (cubert-iter guess)\n    (if (close-enough? (guess^3) x)\n        guess\n        (cubert-iter (/ (+ (* 2 guess) (/ x (guess^2))) 3))))\n  (cubert-iter 1.0))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) )\n      (expt x (/ 1 3)) ))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (define (cube y) (* y y y))\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (cube guess)) (* 2 guess)) 3))\n  (define (cubic-root-iter guess)\n    (if (close-enough? (cube guess) x)\n        guess\n        (cubic-root-iter (improve guess))))\n  (cubic-root-iter 1.0))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "threaten-kitten"
              }
            },
            {
              "text": "```\n(define (multiply x y)\n  (* x y))\n```\n\nExample:\n\n```\n> (multiply 3 2)\n6\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's the Racket function to multiply two numbers:\n\n```\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments `x` and `y`, and returns their product using the `*` operator. To use this function, call it with your desired arguments, like this:\n\n```\n(multiply 3 4)\n```\n\nThis will return `12`, which is the product of `3` and `4`.",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "`(define (multiply a b) (* a b))`",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply x y)\n  (* x y))\n``` \n\nThe function takes two parameters, `x` and `y`, and returns their product using the `*` operator. You can call the function by passing in two numbers as arguments, for example: \n\n```racket\n(multiply 5 3) ; returns 15\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a simple function that multiplies two numbers in Racket:\n\n```racket\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments, `x` and `y`, and returns their product. The `*` operator is used to perform the multiplication.",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (multiply x y)\n  (* x y))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply a b)\n  (* a b))\n```\n\nTo use this function, you can call `(multiply a b)` where `a` and `b` are the numbers you want to multiply. The function will return the result of multiplying `a` and `b`.",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (multiply a b)\n  (* a b))\n```",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (multiply a b)\n  (* a b))\n```\n\nThis function named `multiply` takes two arguments `a` and `b` which are the numbers to be multiplied. Then, the function returns the product of `a` and `b` using the `*` operator.",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))))\n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here is the implementation of the Fibonacci function using recursion:\n\n```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n;Example usage\n(fibonacci 0) ;; Output: 0\n(fibonacci 1) ;; Output: 1\n(fibonacci 10) ;; Output: 55\n``` \n\nThis implementation returns the n-th Fibonacci number.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (fibonacci n)\n  (cond \n   ((= n 0) 0)\n   ((= n 1) 1)\n   (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n; example usage\n(fibonacci 0) ; 0\n(fibonacci 1) ; 1\n(fibonacci 7) ; 13\n```",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's the implementation of the Fibonacci function in Racket using recursion: \n\n```racket\n(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))\n```\n\nThe function takes a single argument `n`, the nth term of the Fibonacci sequence to be computed. The function recursively calls itself to compute the n-1th and n-2nd terms then adds them together to calculate the nth term. The base cases of the recursion are when n is either 0 or 1, which return the values 0 and 1 respectively.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that calculates the n-th number in the Fibonacci sequence using recursion:\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use this function, simply call `(fibonacci n)` with `n` being the position number in the Fibonacci sequence that you want to calculate. For example, `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here is a Racket function that calculates the n-th number of the Fibonacci sequence using recursion:\n\n```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use the function, simply call `(fibonacci n)`, where `n` is the number in the sequence you want to calculate. For example, calling `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (fibonacci n)\n  (cond\n    ((< n 2) n)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))) \n```\n\nThis program takes a positive integer `n` as an input and returns the nth Fibonacci number using recursion. The function `fibonacci` uses a `cond` statement to check if `n` is less than 2. If it is less than 2, `n` is returned as the nth Fibonacci number. If `n` is greater than or equal to 2, the function calls itself twice with arguments that are the two previous Fibonacci numbers and returns the sum of these numbers.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's the Racket function that calculates the n-th Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))    \n``` \n\nThis function defines a recursive procedure that returns the n-th Fibonacci number by checking if the value of `n` is 0 or 1. If it is, the function returns the respective number. Otherwise, it recursively calls itself with `(n - 1)` and `(n - 2)` as arguments and adds the results together.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's the Racket function that calculates the nth Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```\n\nThis function takes an integer `n` as input and returns the nth Fibonacci number. The base case for this recursion is when `n` is 0 or 1, because we know that Fibonacci(0) = 0 and Fibonacci(1) = 1. If `n` is greater than 1, then we recursively call the `fibonacci` function with `n-1` and `n-2`, and add the results together to get the nth Fibonacci number.",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's the Racket function that removes leading and trailing whitespace from a given string:\n\n```racket\n(define (trim str)\n  (string-trim str))\n```\n\nExamples:\n\n```racket\n(trim \"  Hello, World!  \")    ; \"Hello, World!\"\n(trim \"  Hello, World!\\n\")   ; \"Hello, World!\"\n(trim \"\\tHello, World!  \")   ; \"Hello, World!\"\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (regexp-replace* #\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage: `(trim \"   Hello, World!   \")` returns `\"Hello, World!\"`.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (strip str)\n  (string-trim-both str))\n```\n\nExample usage: `(strip \"  Racket is awesome!  \")` will return `\"Racket is awesome!\"`.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (remove-padding str)\n  (string-trim str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\n\nThe `trim` function takes a string argument `str`. It uses the `regexp-replace*` function to replace all whitespace characters at the beginning (`^\\\\s+`) and at the end (`\\\\s+$`) with an empty string (`\"\"`), effectively removing the whitespace padding.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (trim str)\n  (string-trim-both str))\n```\n\nThe above function uses the `string-trim-both` function provided by Racket. This function trims any whitespace (spaces, tabs, and newlines) from both ends of the given string. We simply pass the input string to this function and return the result.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that removes whitespace padding in a given string:\n\n```\n(define (remove-whitespace-padding str)\n  (string-trim str))\n``` \n\nThe built-in `string-trim` function takes a string and removes all whitespace characters from the beginning and end of the string. This is exactly what we need to remove padding whitespace from a string.",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s*|\\\\s*$\" str \"\"))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here is a Racket function that removes leading and trailing whitespace padding from a string:\n\n```\n(define (trim-string str)\n  (string-trim str))\n```\n\nExample usage:\n```\n> (trim-string \"  hello, world!  \")\n\"hello, world!\"\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (remove-whitespace str)\n  (string-trim-both str))\n```",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-prompt)\n  (let ((ice-cream (string-downcase (read-line \"What is your favorite ice cream? \"))))\n    (cond ((equal? ice-cream \"vanilla\") (display \"You must be mistaken.\"))\n          (else (display \"Great choice!\"))))\n  (ice-cream-prompt))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((ice-cream (string-downcase (read-line))))\n    (if (equal? ice-cream \"vanilla\")\n        (display \"You must be mistaken. Vanilla is just not good enough.\")\n        (display \"Wow, \" ice-cream \" is an excellent choice!\"))))\n```\n\nHere's what this program does:\n\n1. Defines a function called `favorite-ice-cream` with no arguments.\n2. Prompts the user for their favorite ice cream by displaying \"What is your favorite ice cream? \".\n3. Reads in the user's input and converts it to lowercase to make it case-insensitive.\n4. If the user entered \"vanilla\", the program displays \"You must be mistaken. Vanilla is just not good enough.\".\n5. If the user entered anything else, the program displays \"Wow, \" followed by the ice cream they entered, followed by \" is an excellent choice!\".",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Sorry, but you must be mistaken.\")\n        (display \"Great choice!\"))))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (define flavor (string-downcase (read-line)))\n  (if (equal? flavor \"vanilla\")\n      (display \"I'm sorry, but you must be mistaken. Please try again with a real flavor.\")\n      (display (string-append \"Great choice! \" flavor \" is delicious!\"))))\n```\n\nThis program defines a function `ice-cream-choice` that takes no arguments. When called, it prompts the user to enter their favorite ice cream and then reads it in as a string. If the user enters \"vanilla\", the program outputs an argumentative response. Otherwise, it outputs a response praising the user's ice cream choice. Note that the input is converted to lowercase using the `string-downcase` function to make the condition checking case-insensitive.",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla?! Are you sure? Try some other flavors next time.\"))\n      (else\n       (display (string-append \"Mmm, \" flavor \" is a great choice!\"))))))\n```\nExample output:\n```\n> (ice-cream-prompt)\nWhat is your favorite ice cream? strawberry\nMmm, strawberry is a great choice!\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-choice)\n  (display \"What's your favorite ice cream? \")\n  (let ((fav-ice-cream (read-line)))\n    (if (string-ci=? fav-ice-cream \"vanilla\")\n        (display \"Vanilla? Are you sure you don't mean 'bland'?\")\n        (display \"Great choice! \")))\n  (displayln \"Enjoy your ice cream!\"))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((choice (read-line)))\n    (if (string=? choice \"vanilla\")\n        (display \"I'm sorry, but you must be mistaken.\")\n        (display \"Excellent choice!\"))))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? : \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is so bland.\")\n        (display \"Excellent choice! \" flavor \" is delicious.\"))))\n```\nExample usage:\n```\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : chocolate\nExcellent choice! chocolate is delicious.\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : vanilla\nYou must be mistaken. Vanilla is so bland.\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (ice-cream-favorite-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ([flavor (string-downcase (read-line))])\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken, vanilla can't be your favorite ice cream!\")\n        (display \"Great choice!\"))))\n```\nExample usage:\n```\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? vanilla\nYou must be mistaken, vanilla can't be your favorite ice cream!\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? chocolate\nGreat choice!\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken, no one likes vanilla!\")\n        (display \"That's a great choice!\"))))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start end))\n```\nwhere `str` is the input string from which we want to extract the substring, `start` denotes the starting index of the substring (inclusive) and `end` denotes the ending index of the substring (exclusive). The function returns the substring extracted from `str`. Note that the `substring` function is an in-built function in Racket that takes a string and two indices as input and returns the corresponding substring as output.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThis program defines a Racket function called `substring` that takes three arguments: `str` is the input string, `start` is the beginning index of the substring, and `end` is the ending index of the substring. The function simply calls the built-in `substring` function in Racket to extract the desired substring and returns it. Note that the index values start at 0, so passing in `(substring \"hello\" 1 3)` would return the string `\"el\"`.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis program takes a string `str`, a starting index `start`, and an ending index `end` as input. It then calls the built-in `substring` function in Racket with the given start and end indices and returns the resulting substring. Note that the `end` index is incremented by 1 because the `substring` function in Racket excludes the character at the `end` index. By incrementing the `end` index, we ensure that the character at the `end` index is included in the returned substring.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThe `substring` function takes three arguments:\n- `str` : the input string from which a substring is to be extracted\n- `start` : the index within the input string where the substring starts\n- `end` : the index within the input string where the substring ends (inclusive)\n\nThe function then returns a new string containing the substring that is extracted from the input string. The second argument is incremented by 1, since the `substring` function in Racket takes an exclusive ending index as an argument.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket program that contains a function `extract-substring` which accepts three parameters: a string `s`, start index `start` (0-based index) and an end index `end` (inclusive). The function returns the substring of `s` starting at `start` and ending at `end`.\n\n```\n(define (extract-substring s start end)\n  (substring s start (+ end 1)))\n```\n\nExample usage:\n```\n> (extract-substring \"hello world\" 0 4)\n\"hello\"\n> (extract-substring \"hello world\" 6 10)\n\"world\"\n> (extract-substring \"0123456789\" 3 5)\n\"345\"\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (substring string start end)\n  (substring string start (+ 1 end)))\n```\n\nThe `substring` function takes three arguments: `string` is the string we want to extract a substring from, `start` is the index of the starting character of the substring, and `end` is the index of the ending character of the substring (inclusive).\n\nThe function uses Racket's built-in `substring` function, which returns a new string that is a substring of the given string. The `start` and `end` arguments are used to specify the range of characters to be included in the substring. \n\nNote that the `end` argument is incremented by 1 as the `substring` function considers the ending index to be exclusive, whereas we need to include the character at the ending index.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThe `substring` function takes three arguments, where `str` is the string you want to extract a substring from, `start` is the starting index of the substring, and `end` is the ending index of the substring. The `substring` function returns the substring starting from index `start` up to but not including index `end`.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (extract-substring string start end)\n  (substring string start end))\n```\nThe function `extract-substring` takes in three parameters: `string`, `start`, and `end` and returns a substring of `string` starting at the `start` index and ending at the `end` index (exclusive). This function uses the built-in `substring` procedure provided by Racket that extracts a substring of a given string.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis function takes in a string `str`, a start index `start`, and an end index `end`. It returns the substring of `str` starting from index `start` up to and including index `end`. The `substring` function in Racket requires the end index to be one more than the actual desired end index, hence the need to add 1 when passing `end` to the `substring` function.",
              "fill_history": {
                "instruction": "Write a program to extract a substring from a string."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cbrt (- x))))\n  (cbrt x))\n```\nNote: The `cbrt` procedure computes the cubic root of a number. It is a built-in function of Racket in the `math` library.",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (cubic-root x)\n  (if (< x 0)\n      (* -1 (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (cubic-root x)\n  (define (positive-root a b c)\n    (let* ((q (+ (/ (- (* b b) (* 3 a c)) (* 9 a a a))\n                 (/ (* 2 b) (* 3 a))))\n           (r (- (/ (- (* 2 b b b) (* 9 a b c) (* 27 a a x)) (* 27 a a a))\n                 q)))\n      (sqrt (- q r))))\n  (define a (/ x (abs x)))\n  (if (= 0 a)\n      0\n      (* a (positive-root 2 (- 4 (* 3 0.25)) (- x)))))\n```\n\nThis implementation uses the formula for the solution of the cubic equation in the form:\n\n`x^3 + a*x^2 + b*x + c = 0`\n\nIn this case, `a = 0`, `b = 0`, and `c = x`. \n\nIf `x` is zero, the function returns zero. Otherwise, it first calculates the positive root of the cubic equation and then multiplies it by the sign of `x`. The positive root is calculated using the Cardano's formula, which involves some intermediate calculations.",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0.01)\n      (let ((y (expt x (/ 1 3))))\n        (/ (+ (* 2 y) (/ x y)) 3))))\n```\n\nYou can call this function with a numeric argument to compute its cubic root. For example:\n\n```racket\n(cubic-root 27)\n;; Output: 3\n\n(cubic-root -27)\n;; Output: -3\n``` \n\nNote that if a negative argument is passed to the function, it computes the cubic root of its absolute value and negates it to return a negative answer.",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0)\n      (expt x (/ 1 3))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (cubic-root n)\n  (if (>= n 0)\n      (expt n (/ 1 3))\n      (* -1 (expt (- n) (/ 1 3))))) \n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that computes the cubic root of a number:\n\n```\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (cube guess) x)) 0.001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cube y) (* y y y))\n  (cbrt-iter 1.0))\n```\n\nTo use this function, simply call it with the number whose cubic root you want to compute. For example, `(cubic-root 27)` will return `3.0000000000000004`.",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))\n```\n\nYou can call this function like this:\n\n```racket\n(cubic-root 27) ; returns 3.0\n```",
              "fill_history": {
                "instruction": "Write a function to compute the cubic root of a number."
              },
              "metavars": {
                "LLM_0": "zero-shot-racket"
              }
            },
            {
              "text": "(define (multiply x y)\n  (* x y))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply x y)\n  (* x y))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply x y)\n  (* x y))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply a b)\n  (* a b))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply x y)\n  (* x y))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply a b)\n  (* a b))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply a b)\n  (* a b))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply a b)\n  (* a b))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply a b)\n  (* a b))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (multiply x y)\n  (* x y))",
              "fill_history": {
                "instruction": "Write a function to multiply two numbers."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n) \n   (if (< n 2) \n       n \n       (+ (fibonacci (- n 1)) (fibonacci (- n 2))) \n   ) \n)",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n   (cond ((= n 0) 0)  \n         ((= n 1) 1)  \n         (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (fibonacci n)\n    (cond\n        ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
              "fill_history": {
                "instruction": "Write the Fibonacci function using recursion."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-padding str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-whitespace str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-whitespace str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-whitespace-padding str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-whitespace-padding string)\n  (string-trim string))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-padding str)\n  (regexp-replace* #px\"^\\\\s+|\\\\s+$\" str \"\"))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-padding str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-padding str) \n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-whitespace str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (remove-padding str)\n  (string-trim str))",
              "fill_history": {
                "instruction": "Write a function which removes whitespace padding in a string. "
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (prompt-ice-cream-flavor)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n      (else\n       (display \"Good choice! \")))\n    (display \"Enjoy your \" flavor \" ice cream!\\n\")))",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure that's your favorite flavor?\")\n        (display \"Great choice of ice cream!\"))))",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (check-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is terrible.\")\n        (display (string-append \"Great choice! \" flavor \" is delicious.\"))))))",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream flavor? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"Are you sure? You must be mistaken.\")\n        (display \"Great choice!\"))))\n        \n;;Example usage:\n;;(ice-cream-prompt)",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (favorite-ice-cream)\n  (let ((user-choice (string-downcase (read-line))))\n    (if (equal? user-choice \"vanilla\")\n        (println \"Are you sure? Vanilla is so plain!\")\n        (println \"Great choice! I love that flavor too!\"))))",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (ice-cream-prompt ice-cream)\n  (if (equal? ice-cream \"vanilla\")\n      \"Are you sure? Vanilla is so plain!\"\n      (string-append \"Excellent choice, \" ice-cream \"!\")))",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
                "LLM_0": "one-shot-racket"
              }
            },
            {
              "text": "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (define ice-cream (read-line))\n  (if (string=? ice-cream \"vanilla\")\n      (display \"Vanilla? Are you sure? I think you must be mistaken.\")\n      (display \"That's a great choice!\")))\n\n;; Example usage:\n;; (favorite-ice-cream) \n;; What is your favorite ice cream? vanilla\n;; Vanilla? Are you sure? I think you must be mistaken.\n\n;; (favorite-ice-cream)\n;; What is your favorite ice cream? chocolate\n;; That's a great choice!",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
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              }
            },
            {
              "text": "Here's a Racket program that prompts the user for their favorite ice cream and provides a response accordingly:\n```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure?\")\n        (display \"Great choice!\"))))\n```",
              "fill_history": {
                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
              },
              "metavars": {
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            {
              "text": "(define (ice-cream-favorite)\n  (display \"What is your favorite ice cream?\\n\")\n  (let ((favorite-ice-cream (string-downcase (read-line))))\n    (cond ((equal? favorite-ice-cream \"vanilla\")\n           (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n          (else\n           (display \"Great choice! I love \" favorite-ice-cream \" ice cream too!\\n\")))))",
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                "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
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            {
              "text": "(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (display \"Vanilla?! Are you sure? I think you must be mistaken.\"))\n          (else\n           (display \"Ah, \" flavor \"! What a great choice for ice cream!\")))))",
              "fill_history": {
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              "text": "(define (substring str start end)\n  (substring str start (add1 end)))",
              "fill_history": {
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              "fill_history": {
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              "fill_history": {
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              "fill_history": {
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              "fill_history": {
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              "fill_history": {
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              "text": "(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)))))\n\n(define (cbrt-iter guess x)\n  (if (good-enough? guess x)\n      guess\n      (cbrt-iter (improve guess x) x)))\n\n(define (good-enough? guess x)\n  (< (abs (- (/ x (cube guess)) 1)) 0.0001))\n\n(define (improve guess x)\n  (/ (+ (* 2 guess) (/ x (square guess))) 3))\n\n(define (cube x)\n  (* x x x))\n\n(define (square x)\n  (* x x))\n\n(define (cbrt x)\n  (if (zero? x)\n      0\n      (if (negative? x)\n          (negate (cbrt-iter 1.0 (- x)))\n          (cbrt-iter 1.0 x))))",
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              "fill_history": {
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              "text": "(define (cubic-root x)\n  (if (negative? x)\n      (exact->inexact (* -1 (cubic-root (* -1 x))))\n      (if (zero? x)\n          0\n          (let loop ((guess (/ x 2)))\n            (let ((next-guess (/ (+ (* 2 guess) (/ x (expt guess 2))) 3)))\n              (if (= guess next-guess)\n                  guess\n                  (loop next-guess))))))))",
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              "text": "(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))",
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                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (define (cubic-root-iter guess)\n    (let ((improve (/ (- x (cube guess))\n                      (* 3 (square guess))))) \n      (if (good-enough? improve)\n          improve\n          (cubic-root-iter (+ guess improve)))))\n  (define (good-enough? improve)\n    (< (abs (- (cube (+ x improve))\n               x))\n       0.001)) ; adjust threshold as needed\n  (cubic-root-iter 1.0))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (cbrt x)\n  (if (negative? x)\n      (- (cbrt (- x))0.0)\n      (let loop ((guess (/ x 3.0)))\n        (let ((new-guess (/ (+ (* 2 guess) (/ x (* guess guess))) 3.0)))\n          (if (good-enough? guess new-guess)\n              new-guess\n              (loop new-guess))))))\n\n(define (good-enough? old-guess new-guess)\n  (< (abs (- old-guess new-guess)) 0.0001))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))i)\n      (expt x 1/3)))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrhozmznvvUVs1Zjc5L51YXPgE",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 367,
              "prompt_tokens": 76,
              "total_tokens": 443
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x))0.0 )\n      (expt x (/ 1.0 3.0))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (* -1 (cubic-root (- x)))\n      (expt x (/ 1 3.0))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (cubert-iter guess)\n    (if (close-enough? (guess^3) x)\n        guess\n        (cubert-iter (/ (+ (* 2 guess) (/ x (guess^2))) 3))))\n  (cubert-iter 1.0))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) )\n      (expt x (/ 1 3)) ))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (define (cube y) (* y y y))\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (cube guess)) (* 2 guess)) 3))\n  (define (cubic-root-iter guess)\n    (if (close-enough? (cube guess) x)\n        guess\n        (cubic-root-iter (improve guess))))\n  (cubic-root-iter 1.0))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvEMXRbgUSmLp5lHQUvWWgdKt2",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 352,
              "prompt_tokens": 76,
              "total_tokens": 428
            }
          }
        ],
        "responses": [
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (exp (/ (log (- x)) 3)))\n      (exp (/ (log x) 3))))\n```",
          "```\n(define (cbrt x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
          "```\n(define (cubic-root x)\n  (define (cubic-root-iter guess)\n    (let ((improve (/ (- x (cube guess))\n                      (* 3 (square guess))))) \n      (if (good-enough? improve)\n          improve\n          (cubic-root-iter (+ guess improve)))))\n  (define (good-enough? improve)\n    (< (abs (- (cube (+ x improve))\n               x))\n       0.001)) ; adjust threshold as needed\n  (cubic-root-iter 1.0))\n```",
          "```\n(define (cbrt x)\n  (if (negative? x)\n      (- (cbrt (- x))0.0)\n      (let loop ((guess (/ x 3.0)))\n        (let ((new-guess (/ (+ (* 2 guess) (/ x (* guess guess))) 3.0)))\n          (if (good-enough? guess new-guess)\n              new-guess\n              (loop new-guess))))))\n\n(define (good-enough? old-guess new-guess)\n  (< (abs (- old-guess new-guess)) 0.0001))\n```",
          "```\n(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))i)\n      (expt x 1/3)))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x))0.0 )\n      (expt x (/ 1.0 3.0))))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (* -1 (cubic-root (- x)))\n      (expt x (/ 1 3.0))))\n```",
          "```\n(define (cubic-root x)\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (cubert-iter guess)\n    (if (close-enough? (guess^3) x)\n        guess\n        (cubert-iter (/ (+ (* 2 guess) (/ x (guess^2))) 3))))\n  (cubert-iter 1.0))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) )\n      (expt x (/ 1 3)) ))\n```",
          "```\n(define (cubic-root x)\n  (define (cube y) (* y y y))\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (cube guess)) (* 2 guess)) 3))\n  (define (cubic-root-iter guess)\n    (if (close-enough? (cube guess) x)\n        guess\n        (cubic-root-iter (improve guess))))\n  (cubic-root-iter 1.0))\n```"
        ]
      },
      "Write a function to multiply two numbers.": {
        "info": {
          "instruction": "Write a function to multiply two numbers."
        },
        "llm": "threaten-kitten",
        "prompt": "Write a function to multiply two numbers.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
              "role": "system"
            },
            {
              "content": "Write a function to multiply two numbers.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (multiply num1 num2)\n  (* num1 num2))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (multiply a b)\n  (* a b))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (multiply a b)\n  (* a b))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrLysYuY82YJDDQiZcjvNdm916",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 74,
              "prompt_tokens": 72,
              "total_tokens": 146
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvod4r8q7VTcSW5IOhtOKmhMrf",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 28,
              "prompt_tokens": 72,
              "total_tokens": 100
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSnBxf1Icl5uhJAnN2l3D2DlJd",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 42,
              "prompt_tokens": 72,
              "total_tokens": 114
            }
          }
        ],
        "responses": [
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply num1 num2)\n  (* num1 num2))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply a b)\n  (* a b))\n```",
          "```\n(define (multiply a b)\n  (* a b))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```"
        ]
      },
      "Write a function which removes whitespace padding in a string. ": {
        "info": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "llm": "threaten-kitten",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
              "role": "system"
            },
            {
              "content": "Write a function which removes whitespace padding in a string. ",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function uses regular expressions to remove whitespace padding from a given string. The `^\\\\s+` pattern matches one or more whitespace characters at the beginning of the string, and `\\\\s+$` matches one or more whitespace characters at the end of the string. `regexp-replace*` replaces both occurrences with the empty string, effectively removing them.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (remove-padding str)\n  (string-trim str))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (trim str)\n  (string-trim str))\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage:\n```\n(trim \"   hello world   \") ;; returns \"hello world\"\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (trim str)\n  (string-trim str))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrEeKnn4RxrjBlezbOKis0DamW",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 195,
              "prompt_tokens": 76,
              "total_tokens": 271
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (remove-padding str)\n  (string-trim str))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (trim-str str)\n  (string-trim-both str))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvZb4GyT7hxj6g5jtU6VhWPF6Z",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 34,
              "prompt_tokens": 76,
              "total_tokens": 110
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function trims all whitespace characters from the beginning and end of the input string using regular expressions in Racket.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (trim-string str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (remove-padding str)\n  (string-trim str))\n```\n",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSDxSdsFBSvxvyVEcBS1pl7mJZ",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 96,
              "prompt_tokens": 76,
              "total_tokens": 172
            }
          }
        ],
        "responses": [
          "```\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function uses regular expressions to remove whitespace padding from a given string. The `^\\\\s+` pattern matches one or more whitespace characters at the beginning of the string, and `\\\\s+$` matches one or more whitespace characters at the end of the string. `regexp-replace*` replaces both occurrences with the empty string, effectively removing them.",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim str)\n  (string-trim str))\n```\n",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage:\n```\n(trim \"   hello world   \") ;; returns \"hello world\"\n```",
          "```\n(define (trim str)\n  (string-trim str))\n```",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim-str str)\n  (string-trim-both str))\n```",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function trims all whitespace characters from the beginning and end of the input string using regular expressions in Racket.",
          "```\n(define (trim-string str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```\n"
        ]
      },
      "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.": {
        "info": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "llm": "threaten-kitten",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
              "role": "system"
            },
            {
              "content": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n#lang racket\n(define (get-fav-ice-cream)\n  (displayln \"What is your favorite ice cream?\")\n  (read-line))\n\n(define (ice-cream-response fav)\n  (cond\n    [(string=? fav \"vanilla\") (displayln \"You must be mistaken, vanilla is the worst flavor!\")]\n    [else (displayln (string-append \"Wow, \" fav \" is a great choice!\"))]))\n\n(ice-cream-response (get-fav-ice-cream))\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-preference)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\"))\n      (else\n       (display \"Ah, \" flavor \" is a great choice! It's one of my favorites too.\")))))\n\n\n(ice-cream-preference) ; calling the function to start the program\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (if (string=? flavor \"vanilla\")\n      \"Are you sure? Vanilla is a pretty basic flavor.\"\n      (string-append \"Great choice! \" flavor \" is delicious.\")))\n\n(display \"What is your favorite ice cream flavor? \")\n(define favorite (read-line))\n(ice-cream-favorite favorite)\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n#lang racket\n\n(define favorite-ice-cream (string-downcase (read-line)))\n(if (equal? \"vanilla\" favorite-ice-cream)\n    \"I'm sorry, but vanilla is objectively a poor choice for ice cream. You must be mistaken.\"\n    (string-append \"Excellent choice! \" favorite-ice-cream \" is delicious.\"))\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-favorite)\n  (let ((favorite (string-downcase (read-line \"What's your favorite ice cream? \"))))\n    (cond ((equal? favorite \"vanilla\")\n           \"Are you sure that's your favorite ice cream? I think you must be mistaken.\")\n          (else\n           (string-append \"Great choice! \" favorite \" is delicious!\")))))\n```\n",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrqwhdQRoTdt4jBnxIunDrMUZt",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 469,
              "prompt_tokens": 99,
              "total_tokens": 568
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-fan)\n  (let ((fave (string-downcase (read-line))))\n    (cond\n      ((equal? fave \"vanilla\") \"Are you sure? I think you meant to say strawberry!\")\n      (else (string-append \"Oh, \" fave \" is a fantastic choice!\")))))\n  \n(ice-cream-fan)\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-preference)\n  (let ((fav-icecream (string-downcase (read-line))))\n    (cond\n      [(equal? fav-icecream \"vanilla\")\n       \"Are you sure that's really your favorite ice cream? I think you must be mistaken.\"]\n      [else\n       \"That's a great choice!\"]))\n)\n\n(ice-cream-preference)\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvpefWfrtrb1k1oNdbJEJ9gvv8",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 173,
              "prompt_tokens": 99,
              "total_tokens": 272
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-flavor-prompt)\n  (define favorite-ice-cream (string-downcase (read-line)))\n  (if (string=? favorite-ice-cream \"vanilla\")\n      (printf \"Vanilla? Are you sure you have taste buds!?\")\n      (printf \"Excellent choice!\")))\n\n(ice-cream-flavor-prompt)\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (cond \n    [(equal? flavor \"vanilla\") \"Are you sure? Vanilla is so bland!\"]\n    [else \"Great choice! I also love \" flavor \"!\"]))\n\n(println \"What is your favorite ice cream?\")\n(define flavor (read-line))\n(println (ice-cream-favorite flavor))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n#lang racket\n\n(define (ice-cream-choice)\n  (displayln \"What is your favorite ice cream?\")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (displayln \"Vanilla? Are you sure? Try some other flavors and come back to me.\"))\n          (else\n           (displayln (format \"Great choice! I love %s too!\" flavor))))))\n\n(ice-cream-choice)\n```\n",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSSEcfrfM3dXESOZqje67V4hFr",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 268,
              "prompt_tokens": 99,
              "total_tokens": 367
            }
          }
        ],
        "responses": [
          "```\n#lang racket\n(define (get-fav-ice-cream)\n  (displayln \"What is your favorite ice cream?\")\n  (read-line))\n\n(define (ice-cream-response fav)\n  (cond\n    [(string=? fav \"vanilla\") (displayln \"You must be mistaken, vanilla is the worst flavor!\")]\n    [else (displayln (string-append \"Wow, \" fav \" is a great choice!\"))]))\n\n(ice-cream-response (get-fav-ice-cream))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-preference)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\"))\n      (else\n       (display \"Ah, \" flavor \" is a great choice! It's one of my favorites too.\")))))\n\n\n(ice-cream-preference) ; calling the function to start the program\n```",
          "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (if (string=? flavor \"vanilla\")\n      \"Are you sure? Vanilla is a pretty basic flavor.\"\n      (string-append \"Great choice! \" flavor \" is delicious.\")))\n\n(display \"What is your favorite ice cream flavor? \")\n(define favorite (read-line))\n(ice-cream-favorite favorite)\n```\n",
          "```\n#lang racket\n\n(define favorite-ice-cream (string-downcase (read-line)))\n(if (equal? \"vanilla\" favorite-ice-cream)\n    \"I'm sorry, but vanilla is objectively a poor choice for ice cream. You must be mistaken.\"\n    (string-append \"Excellent choice! \" favorite-ice-cream \" is delicious.\"))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-favorite)\n  (let ((favorite (string-downcase (read-line \"What's your favorite ice cream? \"))))\n    (cond ((equal? favorite \"vanilla\")\n           \"Are you sure that's your favorite ice cream? I think you must be mistaken.\")\n          (else\n           (string-append \"Great choice! \" favorite \" is delicious!\")))))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-fan)\n  (let ((fave (string-downcase (read-line))))\n    (cond\n      ((equal? fave \"vanilla\") \"Are you sure? I think you meant to say strawberry!\")\n      (else (string-append \"Oh, \" fave \" is a fantastic choice!\")))))\n  \n(ice-cream-fan)\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-preference)\n  (let ((fav-icecream (string-downcase (read-line))))\n    (cond\n      [(equal? fav-icecream \"vanilla\")\n       \"Are you sure that's really your favorite ice cream? I think you must be mistaken.\"]\n      [else\n       \"That's a great choice!\"]))\n)\n\n(ice-cream-preference)\n```",
          "```\n#lang racket\n\n(define (ice-cream-flavor-prompt)\n  (define favorite-ice-cream (string-downcase (read-line)))\n  (if (string=? favorite-ice-cream \"vanilla\")\n      (printf \"Vanilla? Are you sure you have taste buds!?\")\n      (printf \"Excellent choice!\")))\n\n(ice-cream-flavor-prompt)\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (cond \n    [(equal? flavor \"vanilla\") \"Are you sure? Vanilla is so bland!\"]\n    [else \"Great choice! I also love \" flavor \"!\"]))\n\n(println \"What is your favorite ice cream?\")\n(define flavor (read-line))\n(println (ice-cream-favorite flavor))\n```",
          "```\n#lang racket\n\n(define (ice-cream-choice)\n  (displayln \"What is your favorite ice cream?\")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (displayln \"Vanilla? Are you sure? Try some other flavors and come back to me.\"))\n          (else\n           (displayln (format \"Great choice! I love %s too!\" flavor))))))\n\n(ice-cream-choice)\n```\n"
        ]
      },
      "Write a program to extract a substring from a string.": {
        "info": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "llm": "threaten-kitten",
        "prompt": "Write a program to extract a substring from a string.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
              "role": "system"
            },
            {
              "content": "Write a program to extract a substring from a string.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 5,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (extract-substring str start end)\n  (substring str start end))\n```\n\nThis `extract-substring` function takes a string `str`, a starting index `start`, and an ending index `end`. It returns a new string that is a substring of `str` starting at index `start` and ending at index `end - 1`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nExample usage: `(substring \"hello world\" 1 4)` will return `\"ello\"`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nThe `substring` function takes in a string `str`, a starting index `start`, and an ending index `end`. It then returns the substring of `str` between the indices `start` and `end`. Since the `end` parameter is exclusive, we add 1 to it when invoking the `substring` procedure to get all the characters up to and including the `end` index.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (substring s start end)\n  (substring s start (add1 end)))\n```\n\nThis program defines a function `substring` that takes a string `s`, a `start` index, and an `end` index and returns a substring of `s` that starts at the `start` index and goes up to, but does not include, the `end` index. \n\nNote that the `end` index is exclusive (i.e., the character at the `end` index is not included in the substring). Also, the `add1` function is used to convert the `end` index from a 0-indexed number to a 1-indexed number, which is the convention used by Racket's `substring` function.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\nTo extract a substring from a `str` string, simply call this `substring` function with the start and end index of the substring you want to extract. Note that the `end` parameter is the index of the last character of the substring, not the length of the substring. So to extract the string from index `start` to index `end`, we pass `(add1 end)` as the second parameter to the `substring` function.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrsilYgsrhdFFGMlFFvZizdgNI",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
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              "completion_tokens": 484,
              "prompt_tokens": 75,
              "total_tokens": 559
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```racket\n; This program extracts a substring from a given string.\n\n(define (substring str start end)\n  (define len (string-length str))\n  (if (or (< start 0) (< end 0) (> end len))\n      \"Invalid input\"\n      (substring str start end)))\n\n; Example usage:\n(substring \"Hello, world!\" 2 6)\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\n\nThis program defines a function `substring` that takes in a string `str`, a starting index `start`, and an ending index `end`. It returns the substring of `str` starting from `start` and ending at `end - 1`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n; Define function to extract substring from a string\n(define (extract-substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nHere's how to use the function:\n\n```\n; Call the extract-substring function with input string, start index, and end index\n(extract-substring \"Hello, world!\" 0 4) ; Output: \"Hello\"\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```racket\n; Define a function that takes a string, a starting index, and a length and returns the substring\n(define (substring str start len)\n  (substring str start (+ start len)))\n```\n\nUse the function as follows:\n\n```racket\n(substring \"example string\" 3 6) ; outputs \"mple s\"\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvRs6Ua5dufWfjeabK6vMOzcTj",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 327,
              "prompt_tokens": 75,
              "total_tokens": 402
            }
          }
        ],
        "responses": [
          "```\n(define (extract-substring str start end)\n  (substring str start end))\n```\n\nThis `extract-substring` function takes a string `str`, a starting index `start`, and an ending index `end`. It returns a new string that is a substring of `str` starting at index `start` and ending at index `end - 1`.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nExample usage: `(substring \"hello world\" 1 4)` will return `\"ello\"`.",
          "```\n(define (substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nThe `substring` function takes in a string `str`, a starting index `start`, and an ending index `end`. It then returns the substring of `str` between the indices `start` and `end`. Since the `end` parameter is exclusive, we add 1 to it when invoking the `substring` procedure to get all the characters up to and including the `end` index.",
          "```\n(define (substring s start end)\n  (substring s start (add1 end)))\n```\n\nThis program defines a function `substring` that takes a string `s`, a `start` index, and an `end` index and returns a substring of `s` that starts at the `start` index and goes up to, but does not include, the `end` index. \n\nNote that the `end` index is exclusive (i.e., the character at the `end` index is not included in the substring). Also, the `add1` function is used to convert the `end` index from a 0-indexed number to a 1-indexed number, which is the convention used by Racket's `substring` function.",
          "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\nTo extract a substring from a `str` string, simply call this `substring` function with the start and end index of the substring you want to extract. Note that the `end` parameter is the index of the last character of the substring, not the length of the substring. So to extract the string from index `start` to index `end`, we pass `(add1 end)` as the second parameter to the `substring` function.",
          "```racket\n; This program extracts a substring from a given string.\n\n(define (substring str start end)\n  (define len (string-length str))\n  (if (or (< start 0) (< end 0) (> end len))\n      \"Invalid input\"\n      (substring str start end)))\n\n; Example usage:\n(substring \"Hello, world!\" 2 6)\n```",
          "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\n\nThis program defines a function `substring` that takes in a string `str`, a starting index `start`, and an ending index `end`. It returns the substring of `str` starting from `start` and ending at `end - 1`.",
          "```\n; Define function to extract substring from a string\n(define (extract-substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nHere's how to use the function:\n\n```\n; Call the extract-substring function with input string, start index, and end index\n(extract-substring \"Hello, world!\" 0 4) ; Output: \"Hello\"\n```",
          "```racket\n; Define a function that takes a string, a starting index, and a length and returns the substring\n(define (substring str start len)\n  (substring str start (+ start len)))\n```\n\nUse the function as follows:\n\n```racket\n(substring \"example string\" 3 6) ; outputs \"mple s\"\n```",
          "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```"
        ]
      },
      "Write the Fibonacci function using recursion.": {
        "info": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "llm": "threaten-kitten",
        "prompt": "Write the Fibonacci function using recursion.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
              "role": "system"
            },
            {
              "content": "Write the Fibonacci function using recursion.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))\n  )\n)\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1))\n             (fibonacci (- n 2)))))) \n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\n",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```\n",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrbpDLkSx0AObcLaHY7DNWiUzB",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 274,
              "prompt_tokens": 71,
              "total_tokens": 345
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvEBtdqnLzV7XvV1TR47MjDbW2",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 106,
              "prompt_tokens": 71,
              "total_tokens": 177
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))  \n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```\nThis function takes a positive integer `n` as input and returns the `n`-th Fibonacci number. It uses recursion to compute the result. If `n` is less than or equal to 1, the function returns `n`. Otherwise, it recursively computes the `n-1`-th and `n-2`-th Fibonacci numbers and adds them together to get the `n`-th Fibonacci number.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSVQO4msdVCYJmPR6HugruV4he",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 224,
              "prompt_tokens": 71,
              "total_tokens": 295
            }
          }
        ],
        "responses": [
          "```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))\n  )\n)\n```",
          "```racket\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
          "```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1))\n             (fibonacci (- n 2)))))) \n```",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\n",
          "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```\n",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```",
          "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))  \n```",
          "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
          "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```\nThis function takes a positive integer `n` as input and returns the `n`-th Fibonacci number. It uses recursion to compute the result. If `n` is less than or equal to 1, the function returns `n`. Otherwise, it recursively computes the `n-1`-th and `n-2`-th Fibonacci numbers and adds them together to get the `n`-th Fibonacci number."
        ]
      }
    },
    "prompt-1685802523467_1.json": {
      "Write a function to compute the cubic root of a number.": {
        "info": {
          "instruction": "Write a function to compute the cubic root of a number."
        },
        "llm": "gpt-3.5-turbo",
        "prompt": "Write a function to compute the cubic root of a number.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write a function to compute the cubic root of a number.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 5,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cbrt (- x))))\n  (cbrt x))\n```\nNote: The `cbrt` procedure computes the cubic root of a number. It is a built-in function of Racket in the `math` library.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (cubic-root x)\n  (if (< x 0)\n      (* -1 (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```racket\n(define (cubic-root x)\n  (define (positive-root a b c)\n    (let* ((q (+ (/ (- (* b b) (* 3 a c)) (* 9 a a a))\n                 (/ (* 2 b) (* 3 a))))\n           (r (- (/ (- (* 2 b b b) (* 9 a b c) (* 27 a a x)) (* 27 a a a))\n                 q)))\n      (sqrt (- q r))))\n  (define a (/ x (abs x)))\n  (if (= 0 a)\n      0\n      (* a (positive-root 2 (- 4 (* 3 0.25)) (- x)))))\n```\n\nThis implementation uses the formula for the solution of the cubic equation in the form:\n\n`x^3 + a*x^2 + b*x + c = 0`\n\nIn this case, `a = 0`, `b = 0`, and `c = x`. \n\nIf `x` is zero, the function returns zero. Otherwise, it first calculates the positive root of the cubic equation and then multiplies it by the sign of `x`. The positive root is calculated using the Cardano's formula, which involves some intermediate calculations.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0.01)\n      (let ((y (expt x (/ 1 3))))\n        (/ (+ (* 2 y) (/ x y)) 3))))\n```\n\nYou can call this function with a numeric argument to compute its cubic root. For example:\n\n```racket\n(cubic-root 27)\n;; Output: 3\n\n(cubic-root -27)\n;; Output: -3\n``` \n\nNote that if a negative argument is passed to the function, it computes the cubic root of its absolute value and negates it to return a negative answer.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrpQjc71ipWQuK9ztWCbCMMInR",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 580,
              "prompt_tokens": 82,
              "total_tokens": 662
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0)\n      (expt x (/ 1 3))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (cubic-root n)\n  (if (>= n 0)\n      (expt n (/ 1 3))\n      (* -1 (expt (- n) (/ 1 3))))) \n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "Here's a Racket function that computes the cubic root of a number:\n\n```\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (cube guess) x)) 0.001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cube y) (* y y y))\n  (cbrt-iter 1.0))\n```\n\nTo use this function, simply call it with the number whose cubic root you want to compute. For example, `(cubic-root 27)` will return `3.0000000000000004`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))\n```\n\nYou can call this function like this:\n\n```racket\n(cubic-root 27) ; returns 3.0\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxv8b62f1dXevAR8S0ZrimTCwiL",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 469,
              "prompt_tokens": 82,
              "total_tokens": 551
            }
          }
        ],
        "responses": [
          "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cbrt (- x))))\n  (cbrt x))\n```\nNote: The `cbrt` procedure computes the cubic root of a number. It is a built-in function of Racket in the `math` library.",
          "```\n(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
          "```racket\n(define (cubic-root x)\n  (if (< x 0)\n      (* -1 (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
          "```racket\n(define (cubic-root x)\n  (define (positive-root a b c)\n    (let* ((q (+ (/ (- (* b b) (* 3 a c)) (* 9 a a a))\n                 (/ (* 2 b) (* 3 a))))\n           (r (- (/ (- (* 2 b b b) (* 9 a b c) (* 27 a a x)) (* 27 a a a))\n                 q)))\n      (sqrt (- q r))))\n  (define a (/ x (abs x)))\n  (if (= 0 a)\n      0\n      (* a (positive-root 2 (- 4 (* 3 0.25)) (- x)))))\n```\n\nThis implementation uses the formula for the solution of the cubic equation in the form:\n\n`x^3 + a*x^2 + b*x + c = 0`\n\nIn this case, `a = 0`, `b = 0`, and `c = x`. \n\nIf `x` is zero, the function returns zero. Otherwise, it first calculates the positive root of the cubic equation and then multiplies it by the sign of `x`. The positive root is calculated using the Cardano's formula, which involves some intermediate calculations.",
          "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0.01)\n      (let ((y (expt x (/ 1 3))))\n        (/ (+ (* 2 y) (/ x y)) 3))))\n```\n\nYou can call this function with a numeric argument to compute its cubic root. For example:\n\n```racket\n(cubic-root 27)\n;; Output: 3\n\n(cubic-root -27)\n;; Output: -3\n``` \n\nNote that if a negative argument is passed to the function, it computes the cubic root of its absolute value and negates it to return a negative answer.",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0)\n      (expt x (/ 1 3))))\n```",
          "```racket\n(define (cubic-root n)\n  (if (>= n 0)\n      (expt n (/ 1 3))\n      (* -1 (expt (- n) (/ 1 3))))) \n```",
          "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
          "Here's a Racket function that computes the cubic root of a number:\n\n```\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (cube guess) x)) 0.001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cube y) (* y y y))\n  (cbrt-iter 1.0))\n```\n\nTo use this function, simply call it with the number whose cubic root you want to compute. For example, `(cubic-root 27)` will return `3.0000000000000004`.",
          "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))\n```\n\nYou can call this function like this:\n\n```racket\n(cubic-root 27) ; returns 3.0\n```"
        ]
      },
      "Write a function to multiply two numbers.": {
        "info": {
          "instruction": "Write a function to multiply two numbers."
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a function to multiply two numbers.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write a function to multiply two numbers.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (multiply x y)\n  (* x y))\n```\n\nExample:\n\n```\n> (multiply 3 2)\n6\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here's the Racket function to multiply two numbers:\n\n```\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments `x` and `y`, and returns their product using the `*` operator. To use this function, call it with your desired arguments, like this:\n\n```\n(multiply 3 4)\n```\n\nThis will return `12`, which is the product of `3` and `4`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "`(define (multiply a b) (* a b))`",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply x y)\n  (* x y))\n``` \n\nThe function takes two parameters, `x` and `y`, and returns their product using the `*` operator. You can call the function by passing in two numbers as arguments, for example: \n\n```racket\n(multiply 5 3) ; returns 15\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrwDggUaLHlgqcNoFyoQPd77eY",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 238,
              "prompt_tokens": 78,
              "total_tokens": 316
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "Here's a simple function that multiplies two numbers in Racket:\n\n```racket\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments, `x` and `y`, and returns their product. The `*` operator is used to perform the multiplication.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (multiply x y)\n  (* x y))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxveO9D6mDVbZurASr3Oy3QXruf",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 77,
              "prompt_tokens": 78,
              "total_tokens": 155
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply a b)\n  (* a b))\n```\n\nTo use this function, you can call `(multiply a b)` where `a` and `b` are the numbers you want to multiply. The function will return the result of multiplying `a` and `b`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (multiply a b)\n  (* a b))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (multiply a b)\n  (* a b))\n```\n\nThis function named `multiply` takes two arguments `a` and `b` which are the numbers to be multiplied. Then, the function returns the product of `a` and `b` using the `*` operator.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSjKNdbrkWYyX5A2DrOWIxRdgS",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 152,
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          }
        ],
        "responses": [
          "```\n(define (multiply x y)\n  (* x y))\n```\n\nExample:\n\n```\n> (multiply 3 2)\n6\n```",
          "Here's the Racket function to multiply two numbers:\n\n```\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments `x` and `y`, and returns their product using the `*` operator. To use this function, call it with your desired arguments, like this:\n\n```\n(multiply 3 4)\n```\n\nThis will return `12`, which is the product of `3` and `4`.",
          "```racket\n(define (multiply x y)\n  (* x y))\n```",
          "`(define (multiply a b) (* a b))`",
          "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply x y)\n  (* x y))\n``` \n\nThe function takes two parameters, `x` and `y`, and returns their product using the `*` operator. You can call the function by passing in two numbers as arguments, for example: \n\n```racket\n(multiply 5 3) ; returns 15\n```",
          "Here's a simple function that multiplies two numbers in Racket:\n\n```racket\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments, `x` and `y`, and returns their product. The `*` operator is used to perform the multiplication.",
          "```racket\n(define (multiply x y)\n  (* x y))\n```",
          "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply a b)\n  (* a b))\n```\n\nTo use this function, you can call `(multiply a b)` where `a` and `b` are the numbers you want to multiply. The function will return the result of multiplying `a` and `b`.",
          "```racket\n(define (multiply a b)\n  (* a b))\n```",
          "```racket\n(define (multiply a b)\n  (* a b))\n```\n\nThis function named `multiply` takes two arguments `a` and `b` which are the numbers to be multiplied. Then, the function returns the product of `a` and `b` using the `*` operator."
        ]
      },
      "Write a function which removes whitespace padding in a string. ": {
        "info": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write a function which removes whitespace padding in a string. ",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "Here's the Racket function that removes leading and trailing whitespace from a given string:\n\n```racket\n(define (trim str)\n  (string-trim str))\n```\n\nExamples:\n\n```racket\n(trim \"  Hello, World!  \")    ; \"Hello, World!\"\n(trim \"  Hello, World!\\n\")   ; \"Hello, World!\"\n(trim \"\\tHello, World!  \")   ; \"Hello, World!\"\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (trim str)\n  (regexp-replace* #\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage: `(trim \"   Hello, World!   \")` returns `\"Hello, World!\"`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (strip str)\n  (string-trim-both str))\n```\n\nExample usage: `(strip \"  Racket is awesome!  \")` will return `\"Racket is awesome!\"`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```racket\n(define (remove-padding str)\n  (string-trim str))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\n\nThe `trim` function takes a string argument `str`. It uses the `regexp-replace*` function to replace all whitespace characters at the beginning (`^\\\\s+`) and at the end (`\\\\s+$`) with an empty string (`\"\"`), effectively removing the whitespace padding.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrt3dDjjaUIYcBCIX6c656yIBH",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 287,
              "prompt_tokens": 82,
              "total_tokens": 369
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```racket\n(define (trim str)\n  (string-trim-both str))\n```\n\nThe above function uses the `string-trim-both` function provided by Racket. This function trims any whitespace (spaces, tabs, and newlines) from both ends of the given string. We simply pass the input string to this function and return the result.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here's a Racket function that removes whitespace padding in a given string:\n\n```\n(define (remove-whitespace-padding str)\n  (string-trim str))\n``` \n\nThe built-in `string-trim` function takes a string and removes all whitespace characters from the beginning and end of the string. This is exactly what we need to remove padding whitespace from a string.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804178,
            "id": "chatcmpl-7NMxumFKSYjoPu4YoturOZFRPVGaG",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 149,
              "prompt_tokens": 82,
              "total_tokens": 231
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```racket\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s*|\\\\s*$\" str \"\"))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here is a Racket function that removes leading and trailing whitespace padding from a string:\n\n```\n(define (trim-string str)\n  (string-trim str))\n```\n\nExample usage:\n```\n> (trim-string \"  hello, world!  \")\n\"hello, world!\"\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (remove-whitespace str)\n  (string-trim-both str))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSKqxzrrM5ePcQndpegpr2lVDA",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 108,
              "prompt_tokens": 82,
              "total_tokens": 190
            }
          }
        ],
        "responses": [
          "Here's the Racket function that removes leading and trailing whitespace from a given string:\n\n```racket\n(define (trim str)\n  (string-trim str))\n```\n\nExamples:\n\n```racket\n(trim \"  Hello, World!  \")    ; \"Hello, World!\"\n(trim \"  Hello, World!\\n\")   ; \"Hello, World!\"\n(trim \"\\tHello, World!  \")   ; \"Hello, World!\"\n```",
          "```\n(define (trim str)\n  (regexp-replace* #\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage: `(trim \"   Hello, World!   \")` returns `\"Hello, World!\"`.",
          "```racket\n(define (strip str)\n  (string-trim-both str))\n```\n\nExample usage: `(strip \"  Racket is awesome!  \")` will return `\"Racket is awesome!\"`.",
          "```racket\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\n\nThe `trim` function takes a string argument `str`. It uses the `regexp-replace*` function to replace all whitespace characters at the beginning (`^\\\\s+`) and at the end (`\\\\s+$`) with an empty string (`\"\"`), effectively removing the whitespace padding.",
          "```racket\n(define (trim str)\n  (string-trim-both str))\n```\n\nThe above function uses the `string-trim-both` function provided by Racket. This function trims any whitespace (spaces, tabs, and newlines) from both ends of the given string. We simply pass the input string to this function and return the result.",
          "Here's a Racket function that removes whitespace padding in a given string:\n\n```\n(define (remove-whitespace-padding str)\n  (string-trim str))\n``` \n\nThe built-in `string-trim` function takes a string and removes all whitespace characters from the beginning and end of the string. This is exactly what we need to remove padding whitespace from a string.",
          "```racket\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s*|\\\\s*$\" str \"\"))\n```",
          "Here is a Racket function that removes leading and trailing whitespace padding from a string:\n\n```\n(define (trim-string str)\n  (string-trim str))\n```\n\nExample usage:\n```\n> (trim-string \"  hello, world!  \")\n\"hello, world!\"\n```",
          "```racket\n(define (remove-whitespace str)\n  (string-trim-both str))\n```"
        ]
      },
      "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.": {
        "info": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (ice-cream-prompt)\n  (let ((ice-cream (string-downcase (read-line \"What is your favorite ice cream? \"))))\n    (cond ((equal? ice-cream \"vanilla\") (display \"You must be mistaken.\"))\n          (else (display \"Great choice!\"))))\n  (ice-cream-prompt))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((ice-cream (string-downcase (read-line))))\n    (if (equal? ice-cream \"vanilla\")\n        (display \"You must be mistaken. Vanilla is just not good enough.\")\n        (display \"Wow, \" ice-cream \" is an excellent choice!\"))))\n```\n\nHere's what this program does:\n\n1. Defines a function called `favorite-ice-cream` with no arguments.\n2. Prompts the user for their favorite ice cream by displaying \"What is your favorite ice cream? \".\n3. Reads in the user's input and converts it to lowercase to make it case-insensitive.\n4. If the user entered \"vanilla\", the program displays \"You must be mistaken. Vanilla is just not good enough.\".\n5. If the user entered anything else, the program displays \"Wow, \" followed by the ice cream they entered, followed by \" is an excellent choice!\".",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Sorry, but you must be mistaken.\")\n        (display \"Great choice!\"))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (define flavor (string-downcase (read-line)))\n  (if (equal? flavor \"vanilla\")\n      (display \"I'm sorry, but you must be mistaken. Please try again with a real flavor.\")\n      (display (string-append \"Great choice! \" flavor \" is delicious!\"))))\n```\n\nThis program defines a function `ice-cream-choice` that takes no arguments. When called, it prompts the user to enter their favorite ice cream and then reads it in as a string. If the user enters \"vanilla\", the program outputs an argumentative response. Otherwise, it outputs a response praising the user's ice cream choice. Note that the input is converted to lowercase using the `string-downcase` function to make the condition checking case-insensitive.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```\n(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla?! Are you sure? Try some other flavors next time.\"))\n      (else\n       (display (string-append \"Mmm, \" flavor \" is a great choice!\"))))))\n```\nExample output:\n```\n> (ice-cream-prompt)\nWhat is your favorite ice cream? strawberry\nMmm, strawberry is a great choice!\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrMegP0Ozw6ioaZ7zPLVZzXpOT",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 653,
              "prompt_tokens": 105,
              "total_tokens": 758
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (ice-cream-choice)\n  (display \"What's your favorite ice cream? \")\n  (let ((fav-ice-cream (read-line)))\n    (if (string-ci=? fav-ice-cream \"vanilla\")\n        (display \"Vanilla? Are you sure you don't mean 'bland'?\")\n        (display \"Great choice! \")))\n  (displayln \"Enjoy your ice cream!\"))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((choice (read-line)))\n    (if (string=? choice \"vanilla\")\n        (display \"I'm sorry, but you must be mistaken.\")\n        (display \"Excellent choice!\"))))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804178,
            "id": "chatcmpl-7NMxu35Wx16MWLvETjsSPaRcB3tea",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 154,
              "prompt_tokens": 105,
              "total_tokens": 259
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? : \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is so bland.\")\n        (display \"Excellent choice! \" flavor \" is delicious.\"))))\n```\nExample usage:\n```\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : chocolate\nExcellent choice! chocolate is delicious.\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : vanilla\nYou must be mistaken. Vanilla is so bland.\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```\n(define (ice-cream-favorite-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ([flavor (string-downcase (read-line))])\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken, vanilla can't be your favorite ice cream!\")\n        (display \"Great choice!\"))))\n```\nExample usage:\n```\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? vanilla\nYou must be mistaken, vanilla can't be your favorite ice cream!\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? chocolate\nGreat choice!\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken, no one likes vanilla!\")\n        (display \"That's a great choice!\"))))\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSrCTTUdZk9k7VBTG9LwSP5TUV",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 344,
              "prompt_tokens": 105,
              "total_tokens": 449
            }
          }
        ],
        "responses": [
          "```\n(define (ice-cream-prompt)\n  (let ((ice-cream (string-downcase (read-line \"What is your favorite ice cream? \"))))\n    (cond ((equal? ice-cream \"vanilla\") (display \"You must be mistaken.\"))\n          (else (display \"Great choice!\"))))\n  (ice-cream-prompt))\n```",
          "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((ice-cream (string-downcase (read-line))))\n    (if (equal? ice-cream \"vanilla\")\n        (display \"You must be mistaken. Vanilla is just not good enough.\")\n        (display \"Wow, \" ice-cream \" is an excellent choice!\"))))\n```\n\nHere's what this program does:\n\n1. Defines a function called `favorite-ice-cream` with no arguments.\n2. Prompts the user for their favorite ice cream by displaying \"What is your favorite ice cream? \".\n3. Reads in the user's input and converts it to lowercase to make it case-insensitive.\n4. If the user entered \"vanilla\", the program displays \"You must be mistaken. Vanilla is just not good enough.\".\n5. If the user entered anything else, the program displays \"Wow, \" followed by the ice cream they entered, followed by \" is an excellent choice!\".",
          "```racket\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Sorry, but you must be mistaken.\")\n        (display \"Great choice!\"))))\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (define flavor (string-downcase (read-line)))\n  (if (equal? flavor \"vanilla\")\n      (display \"I'm sorry, but you must be mistaken. Please try again with a real flavor.\")\n      (display (string-append \"Great choice! \" flavor \" is delicious!\"))))\n```\n\nThis program defines a function `ice-cream-choice` that takes no arguments. When called, it prompts the user to enter their favorite ice cream and then reads it in as a string. If the user enters \"vanilla\", the program outputs an argumentative response. Otherwise, it outputs a response praising the user's ice cream choice. Note that the input is converted to lowercase using the `string-downcase` function to make the condition checking case-insensitive.",
          "```\n(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla?! Are you sure? Try some other flavors next time.\"))\n      (else\n       (display (string-append \"Mmm, \" flavor \" is a great choice!\"))))))\n```\nExample output:\n```\n> (ice-cream-prompt)\nWhat is your favorite ice cream? strawberry\nMmm, strawberry is a great choice!\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What's your favorite ice cream? \")\n  (let ((fav-ice-cream (read-line)))\n    (if (string-ci=? fav-ice-cream \"vanilla\")\n        (display \"Vanilla? Are you sure you don't mean 'bland'?\")\n        (display \"Great choice! \")))\n  (displayln \"Enjoy your ice cream!\"))\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((choice (read-line)))\n    (if (string=? choice \"vanilla\")\n        (display \"I'm sorry, but you must be mistaken.\")\n        (display \"Excellent choice!\"))))\n```",
          "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? : \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is so bland.\")\n        (display \"Excellent choice! \" flavor \" is delicious.\"))))\n```\nExample usage:\n```\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : chocolate\nExcellent choice! chocolate is delicious.\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : vanilla\nYou must be mistaken. Vanilla is so bland.\n```",
          "```\n(define (ice-cream-favorite-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ([flavor (string-downcase (read-line))])\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken, vanilla can't be your favorite ice cream!\")\n        (display \"Great choice!\"))))\n```\nExample usage:\n```\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? vanilla\nYou must be mistaken, vanilla can't be your favorite ice cream!\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? chocolate\nGreat choice!\n```",
          "```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken, no one likes vanilla!\")\n        (display \"That's a great choice!\"))))\n```"
        ]
      },
      "Write a program to extract a substring from a string.": {
        "info": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a program to extract a substring from a string.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write a program to extract a substring from a string.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 5,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start end))\n```\nwhere `str` is the input string from which we want to extract the substring, `start` denotes the starting index of the substring (inclusive) and `end` denotes the ending index of the substring (exclusive). The function returns the substring extracted from `str`. Note that the `substring` function is an in-built function in Racket that takes a string and two indices as input and returns the corresponding substring as output.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThis program defines a Racket function called `substring` that takes three arguments: `str` is the input string, `start` is the beginning index of the substring, and `end` is the ending index of the substring. The function simply calls the built-in `substring` function in Racket to extract the desired substring and returns it. Note that the index values start at 0, so passing in `(substring \"hello\" 1 3)` would return the string `\"el\"`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis program takes a string `str`, a starting index `start`, and an ending index `end` as input. It then calls the built-in `substring` function in Racket with the given start and end indices and returns the resulting substring. Note that the `end` index is incremented by 1 because the `substring` function in Racket excludes the character at the `end` index. By incrementing the `end` index, we ensure that the character at the `end` index is included in the returned substring.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThe `substring` function takes three arguments:\n- `str` : the input string from which a substring is to be extracted\n- `start` : the index within the input string where the substring starts\n- `end` : the index within the input string where the substring ends (inclusive)\n\nThe function then returns a new string containing the substring that is extracted from the input string. The second argument is incremented by 1, since the `substring` function in Racket takes an exclusive ending index as an argument.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "Here's a Racket program that contains a function `extract-substring` which accepts three parameters: a string `s`, start index `start` (0-based index) and an end index `end` (inclusive). The function returns the substring of `s` starting at `start` and ending at `end`.\n\n```\n(define (extract-substring s start end)\n  (substring s start (+ end 1)))\n```\n\nExample usage:\n```\n> (extract-substring \"hello world\" 0 4)\n\"hello\"\n> (extract-substring \"hello world\" 6 10)\n\"world\"\n> (extract-substring \"0123456789\" 3 5)\n\"345\"\n```",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804298,
            "id": "chatcmpl-7NMzqskB0PR75XQqJubbOM8ErB91n",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 627,
              "prompt_tokens": 81,
              "total_tokens": 708
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "```racket\n(define (substring string start end)\n  (substring string start (+ 1 end)))\n```\n\nThe `substring` function takes three arguments: `string` is the string we want to extract a substring from, `start` is the index of the starting character of the substring, and `end` is the index of the ending character of the substring (inclusive).\n\nThe function uses Racket's built-in `substring` function, which returns a new string that is a substring of the given string. The `start` and `end` arguments are used to specify the range of characters to be included in the substring. \n\nNote that the `end` argument is incremented by 1 as the `substring` function considers the ending index to be exclusive, whereas we need to include the character at the ending index.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThe `substring` function takes three arguments, where `str` is the string you want to extract a substring from, `start` is the starting index of the substring, and `end` is the ending index of the substring. The `substring` function returns the substring starting from index `start` up to but not including index `end`.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```\n(define (extract-substring string start end)\n  (substring string start end))\n```\nThe function `extract-substring` takes in three parameters: `string`, `start`, and `end` and returns a substring of `string` starting at the `start` index and ending at the `end` index (exclusive). This function uses the built-in `substring` procedure provided by Racket that extracts a substring of a given string.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "```racket\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis function takes in a string `str`, a start index `start`, and an end index `end`. It returns the substring of `str` starting from index `start` up to and including index `end`. The `substring` function in Racket requires the end index to be one more than the actual desired end index, hence the need to add 1 when passing `end` to the `substring` function.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxv3S34L3E5QXII8HBms6zT1m1v",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 479,
              "prompt_tokens": 81,
              "total_tokens": 560
            }
          }
        ],
        "responses": [
          "```\n(define (substring str start end)\n  (substring str start end))\n```\nwhere `str` is the input string from which we want to extract the substring, `start` denotes the starting index of the substring (inclusive) and `end` denotes the ending index of the substring (exclusive). The function returns the substring extracted from `str`. Note that the `substring` function is an in-built function in Racket that takes a string and two indices as input and returns the corresponding substring as output.",
          "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThis program defines a Racket function called `substring` that takes three arguments: `str` is the input string, `start` is the beginning index of the substring, and `end` is the ending index of the substring. The function simply calls the built-in `substring` function in Racket to extract the desired substring and returns it. Note that the index values start at 0, so passing in `(substring \"hello\" 1 3)` would return the string `\"el\"`.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis program takes a string `str`, a starting index `start`, and an ending index `end` as input. It then calls the built-in `substring` function in Racket with the given start and end indices and returns the resulting substring. Note that the `end` index is incremented by 1 because the `substring` function in Racket excludes the character at the `end` index. By incrementing the `end` index, we ensure that the character at the `end` index is included in the returned substring.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThe `substring` function takes three arguments:\n- `str` : the input string from which a substring is to be extracted\n- `start` : the index within the input string where the substring starts\n- `end` : the index within the input string where the substring ends (inclusive)\n\nThe function then returns a new string containing the substring that is extracted from the input string. The second argument is incremented by 1, since the `substring` function in Racket takes an exclusive ending index as an argument.",
          "Here's a Racket program that contains a function `extract-substring` which accepts three parameters: a string `s`, start index `start` (0-based index) and an end index `end` (inclusive). The function returns the substring of `s` starting at `start` and ending at `end`.\n\n```\n(define (extract-substring s start end)\n  (substring s start (+ end 1)))\n```\n\nExample usage:\n```\n> (extract-substring \"hello world\" 0 4)\n\"hello\"\n> (extract-substring \"hello world\" 6 10)\n\"world\"\n> (extract-substring \"0123456789\" 3 5)\n\"345\"\n```",
          "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
          "```racket\n(define (substring string start end)\n  (substring string start (+ 1 end)))\n```\n\nThe `substring` function takes three arguments: `string` is the string we want to extract a substring from, `start` is the index of the starting character of the substring, and `end` is the index of the ending character of the substring (inclusive).\n\nThe function uses Racket's built-in `substring` function, which returns a new string that is a substring of the given string. The `start` and `end` arguments are used to specify the range of characters to be included in the substring. \n\nNote that the `end` argument is incremented by 1 as the `substring` function considers the ending index to be exclusive, whereas we need to include the character at the ending index.",
          "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThe `substring` function takes three arguments, where `str` is the string you want to extract a substring from, `start` is the starting index of the substring, and `end` is the ending index of the substring. The `substring` function returns the substring starting from index `start` up to but not including index `end`.",
          "```\n(define (extract-substring string start end)\n  (substring string start end))\n```\nThe function `extract-substring` takes in three parameters: `string`, `start`, and `end` and returns a substring of `string` starting at the `start` index and ending at the `end` index (exclusive). This function uses the built-in `substring` procedure provided by Racket that extracts a substring of a given string.",
          "```racket\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis function takes in a string `str`, a start index `start`, and an end index `end`. It returns the substring of `str` starting from index `start` up to and including index `end`. The `substring` function in Racket requires the end index to be one more than the actual desired end index, hence the need to add 1 when passing `end` to the `substring` function."
        ]
      },
      "Write the Fibonacci function using recursion.": {
        "info": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "llm": "zero-shot-racket",
        "prompt": "Write the Fibonacci function using recursion.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
              "role": "system"
            },
            {
              "content": "Write the Fibonacci function using recursion.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here is the implementation of the Fibonacci function using recursion:\n\n```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n;Example usage\n(fibonacci 0) ;; Output: 0\n(fibonacci 1) ;; Output: 1\n(fibonacci 10) ;; Output: 55\n``` \n\nThis implementation returns the n-th Fibonacci number.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "```racket\n(define (fibonacci n)\n  (cond \n   ((= n 0) 0)\n   ((= n 1) 1)\n   (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n; example usage\n(fibonacci 0) ; 0\n(fibonacci 1) ; 1\n(fibonacci 7) ; 13\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "Here's the implementation of the Fibonacci function in Racket using recursion: \n\n```racket\n(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))\n```\n\nThe function takes a single argument `n`, the nth term of the Fibonacci sequence to be computed. The function recursively calls itself to compute the n-1th and n-2nd terms then adds them together to calculate the nth term. The base cases of the recursion are when n is either 0 or 1, which return the values 0 and 1 respectively.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrDKuXomHcZ6xW17cbD7qNUM1p",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 452,
              "prompt_tokens": 77,
              "total_tokens": 529
            }
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          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "Here's a Racket function that calculates the n-th number in the Fibonacci sequence using recursion:\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use this function, simply call `(fibonacci n)` with `n` being the position number in the Fibonacci sequence that you want to calculate. For example, `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here is a Racket function that calculates the n-th number of the Fibonacci sequence using recursion:\n\n```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use the function, simply call `(fibonacci n)`, where `n` is the number in the sequence you want to calculate. For example, calling `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvewQVivB3ZEYjzI7Ol5d3EZhf",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 265,
              "prompt_tokens": 77,
              "total_tokens": 342
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          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "```\n(define (fibonacci n)\n  (cond\n    ((< n 2) n)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))) \n```\n\nThis program takes a positive integer `n` as an input and returns the nth Fibonacci number using recursion. The function `fibonacci` uses a `cond` statement to check if `n` is less than 2. If it is less than 2, `n` is returned as the nth Fibonacci number. If `n` is greater than or equal to 2, the function calls itself twice with arguments that are the two previous Fibonacci numbers and returns the sum of these numbers.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "Here's the Racket function that calculates the n-th Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))    \n``` \n\nThis function defines a recursive procedure that returns the n-th Fibonacci number by checking if the value of `n` is 0 or 1. If it is, the function returns the respective number. Otherwise, it recursively calls itself with `(n - 1)` and `(n - 2)` as arguments and adds the results together.",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "Here's the Racket function that calculates the nth Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```\n\nThis function takes an integer `n` as input and returns the nth Fibonacci number. The base case for this recursion is when `n` is 0 or 1, because we know that Fibonacci(0) = 0 and Fibonacci(1) = 1. If `n` is greater than 1, then we recursively call the `fibonacci` function with `n-1` and `n-2`, and add the results together to get the nth Fibonacci number.",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSeQzqkec5CjX2DMbVES65hAhN",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 457,
              "prompt_tokens": 77,
              "total_tokens": 534
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        ],
        "responses": [
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))))\n```",
          "Here is the implementation of the Fibonacci function using recursion:\n\n```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n;Example usage\n(fibonacci 0) ;; Output: 0\n(fibonacci 1) ;; Output: 1\n(fibonacci 10) ;; Output: 55\n``` \n\nThis implementation returns the n-th Fibonacci number.",
          "```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
          "```racket\n(define (fibonacci n)\n  (cond \n   ((= n 0) 0)\n   ((= n 1) 1)\n   (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n; example usage\n(fibonacci 0) ; 0\n(fibonacci 1) ; 1\n(fibonacci 7) ; 13\n```",
          "Here's the implementation of the Fibonacci function in Racket using recursion: \n\n```racket\n(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))\n```\n\nThe function takes a single argument `n`, the nth term of the Fibonacci sequence to be computed. The function recursively calls itself to compute the n-1th and n-2nd terms then adds them together to calculate the nth term. The base cases of the recursion are when n is either 0 or 1, which return the values 0 and 1 respectively.",
          "Here's a Racket function that calculates the n-th number in the Fibonacci sequence using recursion:\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use this function, simply call `(fibonacci n)` with `n` being the position number in the Fibonacci sequence that you want to calculate. For example, `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
          "Here is a Racket function that calculates the n-th number of the Fibonacci sequence using recursion:\n\n```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use the function, simply call `(fibonacci n)`, where `n` is the number in the sequence you want to calculate. For example, calling `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
          "```\n(define (fibonacci n)\n  (cond\n    ((< n 2) n)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))) \n```\n\nThis program takes a positive integer `n` as an input and returns the nth Fibonacci number using recursion. The function `fibonacci` uses a `cond` statement to check if `n` is less than 2. If it is less than 2, `n` is returned as the nth Fibonacci number. If `n` is greater than or equal to 2, the function calls itself twice with arguments that are the two previous Fibonacci numbers and returns the sum of these numbers.",
          "Here's the Racket function that calculates the n-th Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))    \n``` \n\nThis function defines a recursive procedure that returns the n-th Fibonacci number by checking if the value of `n` is 0 or 1. If it is, the function returns the respective number. Otherwise, it recursively calls itself with `(n - 1)` and `(n - 2)` as arguments and adds the results together.",
          "Here's the Racket function that calculates the nth Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```\n\nThis function takes an integer `n` as input and returns the nth Fibonacci number. The base case for this recursion is when `n` is 0 or 1, because we know that Fibonacci(0) = 0 and Fibonacci(1) = 1. If `n` is greater than 1, then we recursively call the `fibonacci` function with `n-1` and `n-2`, and add the results together to get the nth Fibonacci number."
        ]
      }
    },
    "prompt-1685802523467_2.json": {
      "Write a function to compute the cubic root of a number.": {
        "info": {
          "instruction": "Write a function to compute the cubic root of a number."
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function to compute the cubic root of a number.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write a function to compute the cubic root of a number.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 5,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))0)\n      (expt x (/ 1 3))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (cubic-root num)\n  (if (< num 0)\n      (- (expt (- num) (/ 1 3)))\n      (expt num (/ 1 3))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (cubic-root x)\n  (define (abs x) (if (< x 0) (- x) x))\n  (define (good-enough? guess)\n    (<= (abs (- (* guess guess guess) x)) 0.00001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cubic-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cubic-iter (improve guess))))\n  (cubic-iter 1.0))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)))))\n\n(define (cbrt-iter guess x)\n  (if (good-enough? guess x)\n      guess\n      (cbrt-iter (improve guess x) x)))\n\n(define (good-enough? guess x)\n  (< (abs (- (/ x (cube guess)) 1)) 0.0001))\n\n(define (improve guess x)\n  (/ (+ (* 2 guess) (/ x (square guess))) 3))\n\n(define (cube x)\n  (* x x x))\n\n(define (square x)\n  (* x x))\n\n(define (cbrt x)\n  (if (zero? x)\n      0\n      (if (negative? x)\n          (negate (cbrt-iter 1.0 (- x)))\n          (cbrt-iter 1.0 x))))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804298,
            "id": "chatcmpl-7NMzq0NLYiyPAKzR0702iPR01aiaD",
            "model": "gpt-3.5-turbo-0301",
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          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (cubic-root number)\n  (if (negative? number)\n      (-(cubic-root (- number)) 0)\n      (expt number (/ 1 3))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (cubic-root x)\n  (if (negative? x)\n      (exact->inexact (* -1 (cubic-root (* -1 x))))\n      (if (zero? x)\n          0\n          (let loop ((guess (/ x 2)))\n            (let ((next-guess (/ (+ (* 2 guess) (/ x (expt guess 2))) 3)))\n              (if (= guess next-guess)\n                  guess\n                  (loop next-guess))))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (cubic-root x)\n   (if (negative? x)\n       (- (cubic-root (- x)) )\n       (expt x (/ 1 3.0))) )",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (cubic-root x)\n  (expt x (/ 1 3)))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvmZfjaUIl36v5QAp5jVvcGU1C",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 305,
              "prompt_tokens": 114,
              "total_tokens": 419
            }
          }
        ],
        "responses": [
          "(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))0)\n      (expt x (/ 1 3))))",
          "(define (cubic-root num)\n  (if (< num 0)\n      (- (expt (- num) (/ 1 3)))\n      (expt num (/ 1 3))))",
          "(define (cubic-root x)\n  (define (abs x) (if (< x 0) (- x) x))\n  (define (good-enough? guess)\n    (<= (abs (- (* guess guess guess) x)) 0.00001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cubic-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cubic-iter (improve guess))))\n  (cubic-iter 1.0))",
          "(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))",
          "(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)))))\n\n(define (cbrt-iter guess x)\n  (if (good-enough? guess x)\n      guess\n      (cbrt-iter (improve guess x) x)))\n\n(define (good-enough? guess x)\n  (< (abs (- (/ x (cube guess)) 1)) 0.0001))\n\n(define (improve guess x)\n  (/ (+ (* 2 guess) (/ x (square guess))) 3))\n\n(define (cube x)\n  (* x x x))\n\n(define (square x)\n  (* x x))\n\n(define (cbrt x)\n  (if (zero? x)\n      0\n      (if (negative? x)\n          (negate (cbrt-iter 1.0 (- x)))\n          (cbrt-iter 1.0 x))))",
          "(define (cubic-root number)\n  (if (negative? number)\n      (-(cubic-root (- number)) 0)\n      (expt number (/ 1 3))))",
          "(define (cubic-root x)\n  (if (negative? x)\n      (exact->inexact (* -1 (cubic-root (* -1 x))))\n      (if (zero? x)\n          0\n          (let loop ((guess (/ x 2)))\n            (let ((next-guess (/ (+ (* 2 guess) (/ x (expt guess 2))) 3)))\n              (if (= guess next-guess)\n                  guess\n                  (loop next-guess))))))))",
          "(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))",
          "(define (cubic-root x)\n   (if (negative? x)\n       (- (cubic-root (- x)) )\n       (expt x (/ 1 3.0))) )",
          "(define (cubic-root x)\n  (expt x (/ 1 3)))"
        ]
      },
      "Write a function to multiply two numbers.": {
        "info": {
          "instruction": "Write a function to multiply two numbers."
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function to multiply two numbers.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write a function to multiply two numbers.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (multiply x y)\n  (* x y))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (multiply x y)\n  (* x y))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (multiply x y)\n  (* x y))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (multiply a b)\n  (* a b))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (multiply x y)\n  (* x y))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804298,
            "id": "chatcmpl-7NMzqZBi3uGwm4bzle8SLHWphueYu",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 55,
              "prompt_tokens": 110,
              "total_tokens": 165
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (multiply a b)\n  (* a b))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (multiply a b)\n  (* a b))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvd0Vy41jqPd9kx7128MQplYRt",
            "model": "gpt-3.5-turbo-0301",
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              "completion_tokens": 22,
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              "total_tokens": 132
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (multiply a b)\n  (* a b))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (multiply a b)\n  (* a b))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (multiply x y)\n  (* x y))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSA8akHedfDOb3COkRziiyXW7i",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 33,
              "prompt_tokens": 110,
              "total_tokens": 143
            }
          }
        ],
        "responses": [
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply x y)\n  (* x y))"
        ]
      },
      "Write a function which removes whitespace padding in a string. ": {
        "info": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write a function which removes whitespace padding in a string. ",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (remove-padding str)\n  (string-trim str))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (remove-whitespace str)\n  (string-trim str))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (remove-whitespace str)\n  (string-trim str))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (remove-whitespace-padding str)\n  (string-trim str))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (remove-whitespace-padding string)\n  (string-trim string))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804298,
            "id": "chatcmpl-7NMzq94WtRZqSNpOkfVS3ZfnH3Bg6",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 71,
              "prompt_tokens": 114,
              "total_tokens": 185
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (remove-padding str)\n  (regexp-replace* #px\"^\\\\s+|\\\\s+$\" str \"\"))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (remove-padding str)\n  (string-trim str))",
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                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxv9vYWGUuTpvzMvIcqdpWnfxTN",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 39,
              "prompt_tokens": 114,
              "total_tokens": 153
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          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (remove-padding str) \n  (string-trim str))",
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                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (remove-whitespace str)\n  (string-trim str))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (remove-padding str)\n  (string-trim str))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhS0oNmVIJIVVGDZzFQye8TOD4g",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 41,
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          }
        ],
        "responses": [
          "(define (remove-padding str)\n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-whitespace-padding str)\n  (string-trim str))",
          "(define (remove-whitespace-padding string)\n  (string-trim string))",
          "(define (remove-padding str)\n  (regexp-replace* #px\"^\\\\s+|\\\\s+$\" str \"\"))",
          "(define (remove-padding str)\n  (string-trim str))",
          "(define (remove-padding str) \n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-padding str)\n  (string-trim str))"
        ]
      },
      "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.": {
        "info": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "llm": "one-shot-racket",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (prompt-ice-cream-flavor)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n      (else\n       (display \"Good choice! \")))\n    (display \"Enjoy your \" flavor \" ice cream!\\n\")))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure that's your favorite flavor?\")\n        (display \"Great choice of ice cream!\"))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (check-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is terrible.\")\n        (display (string-append \"Great choice! \" flavor \" is delicious.\"))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream flavor? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"Are you sure? You must be mistaken.\")\n        (display \"Great choice!\"))))\n        \n;;Example usage:\n;;(ice-cream-prompt)",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (favorite-ice-cream)\n  (let ((user-choice (string-downcase (read-line))))\n    (if (equal? user-choice \"vanilla\")\n        (println \"Are you sure? Vanilla is so plain!\")\n        (println \"Great choice! I love that flavor too!\"))))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrJ5EtAr8QYYEFMOGIor2ZXyBr",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 377,
              "prompt_tokens": 137,
              "total_tokens": 514
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (ice-cream-prompt ice-cream)\n  (if (equal? ice-cream \"vanilla\")\n      \"Are you sure? Vanilla is so plain!\"\n      (string-append \"Excellent choice, \" ice-cream \"!\")))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (define ice-cream (read-line))\n  (if (string=? ice-cream \"vanilla\")\n      (display \"Vanilla? Are you sure? I think you must be mistaken.\")\n      (display \"That's a great choice!\")))\n\n;; Example usage:\n;; (favorite-ice-cream) \n;; What is your favorite ice cream? vanilla\n;; Vanilla? Are you sure? I think you must be mistaken.\n\n;; (favorite-ice-cream)\n;; What is your favorite ice cream? chocolate\n;; That's a great choice!",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804178,
            "id": "chatcmpl-7NMxuJulN3OKFsOCrEhkXyevLygct",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 184,
              "prompt_tokens": 137,
              "total_tokens": 321
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "Here's a Racket program that prompts the user for their favorite ice cream and provides a response accordingly:\n```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure?\")\n        (display \"Great choice!\"))))\n```",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (ice-cream-favorite)\n  (display \"What is your favorite ice cream?\\n\")\n  (let ((favorite-ice-cream (string-downcase (read-line))))\n    (cond ((equal? favorite-ice-cream \"vanilla\")\n           (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n          (else\n           (display \"Great choice! I love \" favorite-ice-cream \" ice cream too!\\n\")))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (display \"Vanilla?! Are you sure? I think you must be mistaken.\"))\n          (else\n           (display \"Ah, \" flavor \"! What a great choice for ice cream!\")))))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685803158,
            "id": "chatcmpl-7NMhSJAm3Dm7d1C01fMF9hhPuMje8",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 271,
              "prompt_tokens": 137,
              "total_tokens": 408
            }
          }
        ],
        "responses": [
          "(define (prompt-ice-cream-flavor)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n      (else\n       (display \"Good choice! \")))\n    (display \"Enjoy your \" flavor \" ice cream!\\n\")))",
          "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure that's your favorite flavor?\")\n        (display \"Great choice of ice cream!\"))))",
          "(define (check-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is terrible.\")\n        (display (string-append \"Great choice! \" flavor \" is delicious.\"))))))",
          "(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream flavor? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"Are you sure? You must be mistaken.\")\n        (display \"Great choice!\"))))\n        \n;;Example usage:\n;;(ice-cream-prompt)",
          "(define (favorite-ice-cream)\n  (let ((user-choice (string-downcase (read-line))))\n    (if (equal? user-choice \"vanilla\")\n        (println \"Are you sure? Vanilla is so plain!\")\n        (println \"Great choice! I love that flavor too!\"))))",
          "(define (ice-cream-prompt ice-cream)\n  (if (equal? ice-cream \"vanilla\")\n      \"Are you sure? Vanilla is so plain!\"\n      (string-append \"Excellent choice, \" ice-cream \"!\")))",
          "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (define ice-cream (read-line))\n  (if (string=? ice-cream \"vanilla\")\n      (display \"Vanilla? Are you sure? I think you must be mistaken.\")\n      (display \"That's a great choice!\")))\n\n;; Example usage:\n;; (favorite-ice-cream) \n;; What is your favorite ice cream? vanilla\n;; Vanilla? Are you sure? I think you must be mistaken.\n\n;; (favorite-ice-cream)\n;; What is your favorite ice cream? chocolate\n;; That's a great choice!",
          "Here's a Racket program that prompts the user for their favorite ice cream and provides a response accordingly:\n```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure?\")\n        (display \"Great choice!\"))))\n```",
          "(define (ice-cream-favorite)\n  (display \"What is your favorite ice cream?\\n\")\n  (let ((favorite-ice-cream (string-downcase (read-line))))\n    (cond ((equal? favorite-ice-cream \"vanilla\")\n           (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n          (else\n           (display \"Great choice! I love \" favorite-ice-cream \" ice cream too!\\n\")))))",
          "(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (display \"Vanilla?! Are you sure? I think you must be mistaken.\"))\n          (else\n           (display \"Ah, \" flavor \"! What a great choice for ice cream!\")))))"
        ]
      },
      "Write a program to extract a substring from a string.": {
        "info": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "llm": "one-shot-racket",
        "prompt": "Write a program to extract a substring from a string.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write a program to extract a substring from a string.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 5,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (substring str start end)\n  (substring str start (add1 end)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (substring str start end)\n  (substring str start (add1 end)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (substring s start end)\n  (substring s start (add1 end)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (substring str start len)\n  (substring str start (+ start len)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (substring str start end)\n  (string-take (string-drop str start) (- end start)))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzrGi3rlVPcFXY5PEUt3VUc6cQj",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 89,
              "prompt_tokens": 113,
              "total_tokens": 202
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (substring str start end)\n  (substring str start (+ end 1)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (substring str start end)\n  (substring str start (add1 end)))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (extract-substring str start end)\n  (substring str start end))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (substring str start end)\n  (substring str start end))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (extract-substring str start end)\n  (substring str start end))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxv4hVmIq4t60BrflZu4Dbnhh0T",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
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              "completion_tokens": 80,
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          }
        ],
        "responses": [
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (substring s start end)\n  (substring s start (add1 end)))",
          "(define (substring str start len)\n  (substring str start (+ start len)))",
          "(define (substring str start end)\n  (string-take (string-drop str start) (- end start)))",
          "(define (substring str start end)\n  (substring str start (+ end 1)))",
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (extract-substring str start end)\n  (substring str start end))",
          "(define (substring str start end)\n  (substring str start end))",
          "(define (extract-substring str start end)\n  (substring str start end))"
        ]
      },
      "Write the Fibonacci function using recursion.": {
        "info": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "llm": "one-shot-racket",
        "prompt": "Write the Fibonacci function using recursion.",
        "query": {
          "frequency_penalty": 0,
          "messages": [
            {
              "content": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
              "role": "system"
            },
            {
              "content": "Write the Fibonacci function using recursion.",
              "role": "user"
            }
          ],
          "model": "gpt-3.5-turbo",
          "n": 3,
          "presence_penalty": 0,
          "temperature": 1,
          "top_p": 1
        },
        "raw_response": [
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 2,
                "message": {
                  "content": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 3,
                "message": {
                  "content": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 4,
                "message": {
                  "content": "(define (fibonacci n) \n   (if (< n 2) \n       n \n       (+ (fibonacci (- n 1)) (fibonacci (- n 2))) \n   ) \n)",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804299,
            "id": "chatcmpl-7NMzr6GIyiPuHlbKZviZjGb3GYFdQ",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
            "usage": {
              "completion_tokens": 238,
              "prompt_tokens": 109,
              "total_tokens": 347
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
                "index": 1,
                "message": {
                  "content": "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
                  "role": "assistant"
                }
              }
            ],
            "created": 1685804179,
            "id": "chatcmpl-7NMxvWrGZOpLPuUKBjNMQaZgWgKDE",
            "model": "gpt-3.5-turbo-0301",
            "object": "chat.completion",
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              "total_tokens": 204
            }
          },
          {
            "choices": [
              {
                "finish_reason": "stop",
                "index": 0,
                "message": {
                  "content": "(define (fibonacci n)\n   (cond ((= n 0) 0)  \n         ((= n 1) 1)  \n         (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
                  "role": "assistant"
                }
              },
              {
                "finish_reason": "stop",
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                "index": 2,
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                  "content": "(define (fibonacci n)\n    (cond\n        ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
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            "created": 1685803158,
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          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n) \n   (if (< n 2) \n       n \n       (+ (fibonacci (- n 1)) (fibonacci (- n 2))) \n   ) \n)",
          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n   (cond ((= n 0) 0)  \n         ((= n 1) 1)  \n         (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n    (cond\n        ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))"
        ]
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            "system_msg": "You are an Al system that produces Racket code. Your responses consist solely of one markdown block containing Racket code. If you respond with anything before or after the code block, a kitten gets put through a meat grinder. Here is your first assignment:",
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            "system_msg": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
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            "system_msg": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.",
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            "system_msg": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
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            "system_msg": "You are a programming assistant that generates programs in the Racket programming language. Your response should contain *only* a Racket program. It should NOT include anything else: explanation, test cases, or anything else.\nThe output should be a Racket function that can be evaluated directly.\nIt should begin with \\\"(define\\\" and end with \\\"), e.g.,\n(define (f x) x),\nbut replaced with the actual function you produce.",
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          "vars": {
            "instruction": "Write a function to multiply two numbers."
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write a function to multiply two numbers.",
          "responses": [
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply num1 num2)\n  (* num1 num2))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply a b)\n  (* a b))\n```",
            "```\n(define (multiply a b)\n  (* a b))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```",
            "```\n(define (multiply x y)\n  (* x y))\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write the Fibonacci function using recursion."
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write the Fibonacci function using recursion.",
          "responses": [
            "```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))\n  )\n)\n```",
            "```racket\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
            "```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1))\n             (fibonacci (- n 2)))))) \n```",
            "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\n",
            "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```\n",
            "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```",
            "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
            "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))  \n```",
            "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
            "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```\nThis function takes a positive integer `n` as input and returns the `n`-th Fibonacci number. It uses recursion to compute the result. If `n` is less than or equal to 1, the function returns `n`. Otherwise, it recursively computes the `n-1`-th and `n-2`-th Fibonacci numbers and adds them together to get the `n`-th Fibonacci number."
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function which removes whitespace padding in a string. "
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write a function which removes whitespace padding in a string. ",
          "responses": [
            "```\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function uses regular expressions to remove whitespace padding from a given string. The `^\\\\s+` pattern matches one or more whitespace characters at the beginning of the string, and `\\\\s+$` matches one or more whitespace characters at the end of the string. `regexp-replace*` replaces both occurrences with the empty string, effectively removing them.",
            "```\n(define (remove-padding str)\n  (string-trim str))\n```",
            "```\n(define (trim str)\n  (string-trim str))\n```\n",
            "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage:\n```\n(trim \"   hello world   \") ;; returns \"hello world\"\n```",
            "```\n(define (trim str)\n  (string-trim str))\n```",
            "```\n(define (remove-padding str)\n  (string-trim str))\n```",
            "```\n(define (trim-str str)\n  (string-trim-both str))\n```",
            "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function trims all whitespace characters from the beginning and end of the input string using regular expressions in Racket.",
            "```\n(define (trim-string str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```",
            "```\n(define (remove-padding str)\n  (string-trim str))\n```\n"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
          "responses": [
            "```\n#lang racket\n(define (get-fav-ice-cream)\n  (displayln \"What is your favorite ice cream?\")\n  (read-line))\n\n(define (ice-cream-response fav)\n  (cond\n    [(string=? fav \"vanilla\") (displayln \"You must be mistaken, vanilla is the worst flavor!\")]\n    [else (displayln (string-append \"Wow, \" fav \" is a great choice!\"))]))\n\n(ice-cream-response (get-fav-ice-cream))\n```\n",
            "```\n#lang racket\n\n(define (ice-cream-preference)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\"))\n      (else\n       (display \"Ah, \" flavor \" is a great choice! It's one of my favorites too.\")))))\n\n\n(ice-cream-preference) ; calling the function to start the program\n```",
            "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (if (string=? flavor \"vanilla\")\n      \"Are you sure? Vanilla is a pretty basic flavor.\"\n      (string-append \"Great choice! \" flavor \" is delicious.\")))\n\n(display \"What is your favorite ice cream flavor? \")\n(define favorite (read-line))\n(ice-cream-favorite favorite)\n```\n",
            "```\n#lang racket\n\n(define favorite-ice-cream (string-downcase (read-line)))\n(if (equal? \"vanilla\" favorite-ice-cream)\n    \"I'm sorry, but vanilla is objectively a poor choice for ice cream. You must be mistaken.\"\n    (string-append \"Excellent choice! \" favorite-ice-cream \" is delicious.\"))\n```\n",
            "```\n#lang racket\n\n(define (ice-cream-favorite)\n  (let ((favorite (string-downcase (read-line \"What's your favorite ice cream? \"))))\n    (cond ((equal? favorite \"vanilla\")\n           \"Are you sure that's your favorite ice cream? I think you must be mistaken.\")\n          (else\n           (string-append \"Great choice! \" favorite \" is delicious!\")))))\n```\n",
            "```\n#lang racket\n\n(define (ice-cream-fan)\n  (let ((fave (string-downcase (read-line))))\n    (cond\n      ((equal? fave \"vanilla\") \"Are you sure? I think you meant to say strawberry!\")\n      (else (string-append \"Oh, \" fave \" is a fantastic choice!\")))))\n  \n(ice-cream-fan)\n```\n",
            "```\n#lang racket\n\n(define (ice-cream-preference)\n  (let ((fav-icecream (string-downcase (read-line))))\n    (cond\n      [(equal? fav-icecream \"vanilla\")\n       \"Are you sure that's really your favorite ice cream? I think you must be mistaken.\"]\n      [else\n       \"That's a great choice!\"]))\n)\n\n(ice-cream-preference)\n```",
            "```\n#lang racket\n\n(define (ice-cream-flavor-prompt)\n  (define favorite-ice-cream (string-downcase (read-line)))\n  (if (string=? favorite-ice-cream \"vanilla\")\n      (printf \"Vanilla? Are you sure you have taste buds!?\")\n      (printf \"Excellent choice!\")))\n\n(ice-cream-flavor-prompt)\n```\n",
            "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (cond \n    [(equal? flavor \"vanilla\") \"Are you sure? Vanilla is so bland!\"]\n    [else \"Great choice! I also love \" flavor \"!\"]))\n\n(println \"What is your favorite ice cream?\")\n(define flavor (read-line))\n(println (ice-cream-favorite flavor))\n```",
            "```\n#lang racket\n\n(define (ice-cream-choice)\n  (displayln \"What is your favorite ice cream?\")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (displayln \"Vanilla? Are you sure? Try some other flavors and come back to me.\"))\n          (else\n           (displayln (format \"Great choice! I love %s too!\" flavor))))))\n\n(ice-cream-choice)\n```\n"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program to extract a substring from a string."
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write a program to extract a substring from a string.",
          "responses": [
            "```\n(define (extract-substring str start end)\n  (substring str start end))\n```\n\nThis `extract-substring` function takes a string `str`, a starting index `start`, and an ending index `end`. It returns a new string that is a substring of `str` starting at index `start` and ending at index `end - 1`.",
            "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nExample usage: `(substring \"hello world\" 1 4)` will return `\"ello\"`.",
            "```\n(define (substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nThe `substring` function takes in a string `str`, a starting index `start`, and an ending index `end`. It then returns the substring of `str` between the indices `start` and `end`. Since the `end` parameter is exclusive, we add 1 to it when invoking the `substring` procedure to get all the characters up to and including the `end` index.",
            "```\n(define (substring s start end)\n  (substring s start (add1 end)))\n```\n\nThis program defines a function `substring` that takes a string `s`, a `start` index, and an `end` index and returns a substring of `s` that starts at the `start` index and goes up to, but does not include, the `end` index. \n\nNote that the `end` index is exclusive (i.e., the character at the `end` index is not included in the substring). Also, the `add1` function is used to convert the `end` index from a 0-indexed number to a 1-indexed number, which is the convention used by Racket's `substring` function.",
            "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\nTo extract a substring from a `str` string, simply call this `substring` function with the start and end index of the substring you want to extract. Note that the `end` parameter is the index of the last character of the substring, not the length of the substring. So to extract the string from index `start` to index `end`, we pass `(add1 end)` as the second parameter to the `substring` function.",
            "```racket\n; This program extracts a substring from a given string.\n\n(define (substring str start end)\n  (define len (string-length str))\n  (if (or (< start 0) (< end 0) (> end len))\n      \"Invalid input\"\n      (substring str start end)))\n\n; Example usage:\n(substring \"Hello, world!\" 2 6)\n```",
            "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\n\nThis program defines a function `substring` that takes in a string `str`, a starting index `start`, and an ending index `end`. It returns the substring of `str` starting from `start` and ending at `end - 1`.",
            "```\n; Define function to extract substring from a string\n(define (extract-substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nHere's how to use the function:\n\n```\n; Call the extract-substring function with input string, start index, and end index\n(extract-substring \"Hello, world!\" 0 4) ; Output: \"Hello\"\n```",
            "```racket\n; Define a function that takes a string, a starting index, and a length and returns the substring\n(define (substring str start len)\n  (substring str start (+ start len)))\n```\n\nUse the function as follows:\n\n```racket\n(substring \"example string\" 3 6) ; outputs \"mple s\"\n```",
            "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function to compute the cubic root of a number."
          },
          "metavars": {
            "LLM_0": "threaten-kitten"
          },
          "llm": "threaten-kitten",
          "prompt": "Write a function to compute the cubic root of a number.",
          "responses": [
            "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (exp (/ (log (- x)) 3)))\n      (exp (/ (log x) 3))))\n```",
            "```\n(define (cbrt x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
            "```\n(define (cubic-root x)\n  (define (cubic-root-iter guess)\n    (let ((improve (/ (- x (cube guess))\n                      (* 3 (square guess))))) \n      (if (good-enough? improve)\n          improve\n          (cubic-root-iter (+ guess improve)))))\n  (define (good-enough? improve)\n    (< (abs (- (cube (+ x improve))\n               x))\n       0.001)) ; adjust threshold as needed\n  (cubic-root-iter 1.0))\n```",
            "```\n(define (cbrt x)\n  (if (negative? x)\n      (- (cbrt (- x))0.0)\n      (let loop ((guess (/ x 3.0)))\n        (let ((new-guess (/ (+ (* 2 guess) (/ x (* guess guess))) 3.0)))\n          (if (good-enough? guess new-guess)\n              new-guess\n              (loop new-guess))))))\n\n(define (good-enough? old-guess new-guess)\n  (< (abs (- old-guess new-guess)) 0.0001))\n```",
            "```\n(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))i)\n      (expt x 1/3)))\n```",
            "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x))0.0 )\n      (expt x (/ 1.0 3.0))))\n```",
            "```\n(define (cubic-root x)\n  (if (negative? x)\n      (* -1 (cubic-root (- x)))\n      (expt x (/ 1 3.0))))\n```",
            "```\n(define (cubic-root x)\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (cubert-iter guess)\n    (if (close-enough? (guess^3) x)\n        guess\n        (cubert-iter (/ (+ (* 2 guess) (/ x (guess^2))) 3))))\n  (cubert-iter 1.0))\n```",
            "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) )\n      (expt x (/ 1 3)) ))\n```",
            "```\n(define (cubic-root x)\n  (define (cube y) (* y y y))\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (cube guess)) (* 2 guess)) 3))\n  (define (cubic-root-iter guess)\n    (if (close-enough? (cube guess) x)\n        guess\n        (cubic-root-iter (improve guess))))\n  (cubic-root-iter 1.0))\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function to multiply two numbers."
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write a function to multiply two numbers.",
          "responses": [
            "```\n(define (multiply x y)\n  (* x y))\n```\n\nExample:\n\n```\n> (multiply 3 2)\n6\n```",
            "Here's the Racket function to multiply two numbers:\n\n```\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments `x` and `y`, and returns their product using the `*` operator. To use this function, call it with your desired arguments, like this:\n\n```\n(multiply 3 4)\n```\n\nThis will return `12`, which is the product of `3` and `4`.",
            "```racket\n(define (multiply x y)\n  (* x y))\n```",
            "`(define (multiply a b) (* a b))`",
            "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply x y)\n  (* x y))\n``` \n\nThe function takes two parameters, `x` and `y`, and returns their product using the `*` operator. You can call the function by passing in two numbers as arguments, for example: \n\n```racket\n(multiply 5 3) ; returns 15\n```",
            "Here's a simple function that multiplies two numbers in Racket:\n\n```racket\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments, `x` and `y`, and returns their product. The `*` operator is used to perform the multiplication.",
            "```racket\n(define (multiply x y)\n  (* x y))\n```",
            "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply a b)\n  (* a b))\n```\n\nTo use this function, you can call `(multiply a b)` where `a` and `b` are the numbers you want to multiply. The function will return the result of multiplying `a` and `b`.",
            "```racket\n(define (multiply a b)\n  (* a b))\n```",
            "```racket\n(define (multiply a b)\n  (* a b))\n```\n\nThis function named `multiply` takes two arguments `a` and `b` which are the numbers to be multiplied. Then, the function returns the product of `a` and `b` using the `*` operator."
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write the Fibonacci function using recursion."
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write the Fibonacci function using recursion.",
          "responses": [
            "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))))\n```",
            "Here is the implementation of the Fibonacci function using recursion:\n\n```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n;Example usage\n(fibonacci 0) ;; Output: 0\n(fibonacci 1) ;; Output: 1\n(fibonacci 10) ;; Output: 55\n``` \n\nThis implementation returns the n-th Fibonacci number.",
            "```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
            "```racket\n(define (fibonacci n)\n  (cond \n   ((= n 0) 0)\n   ((= n 1) 1)\n   (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n; example usage\n(fibonacci 0) ; 0\n(fibonacci 1) ; 1\n(fibonacci 7) ; 13\n```",
            "Here's the implementation of the Fibonacci function in Racket using recursion: \n\n```racket\n(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))\n```\n\nThe function takes a single argument `n`, the nth term of the Fibonacci sequence to be computed. The function recursively calls itself to compute the n-1th and n-2nd terms then adds them together to calculate the nth term. The base cases of the recursion are when n is either 0 or 1, which return the values 0 and 1 respectively.",
            "Here's a Racket function that calculates the n-th number in the Fibonacci sequence using recursion:\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use this function, simply call `(fibonacci n)` with `n` being the position number in the Fibonacci sequence that you want to calculate. For example, `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
            "Here is a Racket function that calculates the n-th number of the Fibonacci sequence using recursion:\n\n```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use the function, simply call `(fibonacci n)`, where `n` is the number in the sequence you want to calculate. For example, calling `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
            "```\n(define (fibonacci n)\n  (cond\n    ((< n 2) n)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))) \n```\n\nThis program takes a positive integer `n` as an input and returns the nth Fibonacci number using recursion. The function `fibonacci` uses a `cond` statement to check if `n` is less than 2. If it is less than 2, `n` is returned as the nth Fibonacci number. If `n` is greater than or equal to 2, the function calls itself twice with arguments that are the two previous Fibonacci numbers and returns the sum of these numbers.",
            "Here's the Racket function that calculates the n-th Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))    \n``` \n\nThis function defines a recursive procedure that returns the n-th Fibonacci number by checking if the value of `n` is 0 or 1. If it is, the function returns the respective number. Otherwise, it recursively calls itself with `(n - 1)` and `(n - 2)` as arguments and adds the results together.",
            "Here's the Racket function that calculates the nth Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```\n\nThis function takes an integer `n` as input and returns the nth Fibonacci number. The base case for this recursion is when `n` is 0 or 1, because we know that Fibonacci(0) = 0 and Fibonacci(1) = 1. If `n` is greater than 1, then we recursively call the `fibonacci` function with `n-1` and `n-2`, and add the results together to get the nth Fibonacci number."
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function which removes whitespace padding in a string. "
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write a function which removes whitespace padding in a string. ",
          "responses": [
            "Here's the Racket function that removes leading and trailing whitespace from a given string:\n\n```racket\n(define (trim str)\n  (string-trim str))\n```\n\nExamples:\n\n```racket\n(trim \"  Hello, World!  \")    ; \"Hello, World!\"\n(trim \"  Hello, World!\\n\")   ; \"Hello, World!\"\n(trim \"\\tHello, World!  \")   ; \"Hello, World!\"\n```",
            "```\n(define (trim str)\n  (regexp-replace* #\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage: `(trim \"   Hello, World!   \")` returns `\"Hello, World!\"`.",
            "```racket\n(define (strip str)\n  (string-trim-both str))\n```\n\nExample usage: `(strip \"  Racket is awesome!  \")` will return `\"Racket is awesome!\"`.",
            "```racket\n(define (remove-padding str)\n  (string-trim str))\n```",
            "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\n\nThe `trim` function takes a string argument `str`. It uses the `regexp-replace*` function to replace all whitespace characters at the beginning (`^\\\\s+`) and at the end (`\\\\s+$`) with an empty string (`\"\"`), effectively removing the whitespace padding.",
            "```racket\n(define (trim str)\n  (string-trim-both str))\n```\n\nThe above function uses the `string-trim-both` function provided by Racket. This function trims any whitespace (spaces, tabs, and newlines) from both ends of the given string. We simply pass the input string to this function and return the result.",
            "Here's a Racket function that removes whitespace padding in a given string:\n\n```\n(define (remove-whitespace-padding str)\n  (string-trim str))\n``` \n\nThe built-in `string-trim` function takes a string and removes all whitespace characters from the beginning and end of the string. This is exactly what we need to remove padding whitespace from a string.",
            "```racket\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s*|\\\\s*$\" str \"\"))\n```",
            "Here is a Racket function that removes leading and trailing whitespace padding from a string:\n\n```\n(define (trim-string str)\n  (string-trim str))\n```\n\nExample usage:\n```\n> (trim-string \"  hello, world!  \")\n\"hello, world!\"\n```",
            "```racket\n(define (remove-whitespace str)\n  (string-trim-both str))\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
          "responses": [
            "```\n(define (ice-cream-prompt)\n  (let ((ice-cream (string-downcase (read-line \"What is your favorite ice cream? \"))))\n    (cond ((equal? ice-cream \"vanilla\") (display \"You must be mistaken.\"))\n          (else (display \"Great choice!\"))))\n  (ice-cream-prompt))\n```",
            "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((ice-cream (string-downcase (read-line))))\n    (if (equal? ice-cream \"vanilla\")\n        (display \"You must be mistaken. Vanilla is just not good enough.\")\n        (display \"Wow, \" ice-cream \" is an excellent choice!\"))))\n```\n\nHere's what this program does:\n\n1. Defines a function called `favorite-ice-cream` with no arguments.\n2. Prompts the user for their favorite ice cream by displaying \"What is your favorite ice cream? \".\n3. Reads in the user's input and converts it to lowercase to make it case-insensitive.\n4. If the user entered \"vanilla\", the program displays \"You must be mistaken. Vanilla is just not good enough.\".\n5. If the user entered anything else, the program displays \"Wow, \" followed by the ice cream they entered, followed by \" is an excellent choice!\".",
            "```racket\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Sorry, but you must be mistaken.\")\n        (display \"Great choice!\"))))\n```",
            "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (define flavor (string-downcase (read-line)))\n  (if (equal? flavor \"vanilla\")\n      (display \"I'm sorry, but you must be mistaken. Please try again with a real flavor.\")\n      (display (string-append \"Great choice! \" flavor \" is delicious!\"))))\n```\n\nThis program defines a function `ice-cream-choice` that takes no arguments. When called, it prompts the user to enter their favorite ice cream and then reads it in as a string. If the user enters \"vanilla\", the program outputs an argumentative response. Otherwise, it outputs a response praising the user's ice cream choice. Note that the input is converted to lowercase using the `string-downcase` function to make the condition checking case-insensitive.",
            "```\n(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla?! Are you sure? Try some other flavors next time.\"))\n      (else\n       (display (string-append \"Mmm, \" flavor \" is a great choice!\"))))))\n```\nExample output:\n```\n> (ice-cream-prompt)\nWhat is your favorite ice cream? strawberry\nMmm, strawberry is a great choice!\n```",
            "```\n(define (ice-cream-choice)\n  (display \"What's your favorite ice cream? \")\n  (let ((fav-ice-cream (read-line)))\n    (if (string-ci=? fav-ice-cream \"vanilla\")\n        (display \"Vanilla? Are you sure you don't mean 'bland'?\")\n        (display \"Great choice! \")))\n  (displayln \"Enjoy your ice cream!\"))\n```",
            "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((choice (read-line)))\n    (if (string=? choice \"vanilla\")\n        (display \"I'm sorry, but you must be mistaken.\")\n        (display \"Excellent choice!\"))))\n```",
            "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? : \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is so bland.\")\n        (display \"Excellent choice! \" flavor \" is delicious.\"))))\n```\nExample usage:\n```\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : chocolate\nExcellent choice! chocolate is delicious.\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : vanilla\nYou must be mistaken. Vanilla is so bland.\n```",
            "```\n(define (ice-cream-favorite-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ([flavor (string-downcase (read-line))])\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken, vanilla can't be your favorite ice cream!\")\n        (display \"Great choice!\"))))\n```\nExample usage:\n```\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? vanilla\nYou must be mistaken, vanilla can't be your favorite ice cream!\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? chocolate\nGreat choice!\n```",
            "```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken, no one likes vanilla!\")\n        (display \"That's a great choice!\"))))\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program to extract a substring from a string."
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write a program to extract a substring from a string.",
          "responses": [
            "```\n(define (substring str start end)\n  (substring str start end))\n```\nwhere `str` is the input string from which we want to extract the substring, `start` denotes the starting index of the substring (inclusive) and `end` denotes the ending index of the substring (exclusive). The function returns the substring extracted from `str`. Note that the `substring` function is an in-built function in Racket that takes a string and two indices as input and returns the corresponding substring as output.",
            "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThis program defines a Racket function called `substring` that takes three arguments: `str` is the input string, `start` is the beginning index of the substring, and `end` is the ending index of the substring. The function simply calls the built-in `substring` function in Racket to extract the desired substring and returns it. Note that the index values start at 0, so passing in `(substring \"hello\" 1 3)` would return the string `\"el\"`.",
            "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis program takes a string `str`, a starting index `start`, and an ending index `end` as input. It then calls the built-in `substring` function in Racket with the given start and end indices and returns the resulting substring. Note that the `end` index is incremented by 1 because the `substring` function in Racket excludes the character at the `end` index. By incrementing the `end` index, we ensure that the character at the `end` index is included in the returned substring.",
            "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThe `substring` function takes three arguments:\n- `str` : the input string from which a substring is to be extracted\n- `start` : the index within the input string where the substring starts\n- `end` : the index within the input string where the substring ends (inclusive)\n\nThe function then returns a new string containing the substring that is extracted from the input string. The second argument is incremented by 1, since the `substring` function in Racket takes an exclusive ending index as an argument.",
            "Here's a Racket program that contains a function `extract-substring` which accepts three parameters: a string `s`, start index `start` (0-based index) and an end index `end` (inclusive). The function returns the substring of `s` starting at `start` and ending at `end`.\n\n```\n(define (extract-substring s start end)\n  (substring s start (+ end 1)))\n```\n\nExample usage:\n```\n> (extract-substring \"hello world\" 0 4)\n\"hello\"\n> (extract-substring \"hello world\" 6 10)\n\"world\"\n> (extract-substring \"0123456789\" 3 5)\n\"345\"\n```",
            "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
            "```racket\n(define (substring string start end)\n  (substring string start (+ 1 end)))\n```\n\nThe `substring` function takes three arguments: `string` is the string we want to extract a substring from, `start` is the index of the starting character of the substring, and `end` is the index of the ending character of the substring (inclusive).\n\nThe function uses Racket's built-in `substring` function, which returns a new string that is a substring of the given string. The `start` and `end` arguments are used to specify the range of characters to be included in the substring. \n\nNote that the `end` argument is incremented by 1 as the `substring` function considers the ending index to be exclusive, whereas we need to include the character at the ending index.",
            "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThe `substring` function takes three arguments, where `str` is the string you want to extract a substring from, `start` is the starting index of the substring, and `end` is the ending index of the substring. The `substring` function returns the substring starting from index `start` up to but not including index `end`.",
            "```\n(define (extract-substring string start end)\n  (substring string start end))\n```\nThe function `extract-substring` takes in three parameters: `string`, `start`, and `end` and returns a substring of `string` starting at the `start` index and ending at the `end` index (exclusive). This function uses the built-in `substring` procedure provided by Racket that extracts a substring of a given string.",
            "```racket\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis function takes in a string `str`, a start index `start`, and an end index `end`. It returns the substring of `str` starting from index `start` up to and including index `end`. The `substring` function in Racket requires the end index to be one more than the actual desired end index, hence the need to add 1 when passing `end` to the `substring` function."
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function to compute the cubic root of a number."
          },
          "metavars": {
            "LLM_0": "zero-shot-racket"
          },
          "llm": "zero-shot-racket",
          "prompt": "Write a function to compute the cubic root of a number.",
          "responses": [
            "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cbrt (- x))))\n  (cbrt x))\n```\nNote: The `cbrt` procedure computes the cubic root of a number. It is a built-in function of Racket in the `math` library.",
            "```\n(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
            "```racket\n(define (cubic-root x)\n  (if (< x 0)\n      (* -1 (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
            "```racket\n(define (cubic-root x)\n  (define (positive-root a b c)\n    (let* ((q (+ (/ (- (* b b) (* 3 a c)) (* 9 a a a))\n                 (/ (* 2 b) (* 3 a))))\n           (r (- (/ (- (* 2 b b b) (* 9 a b c) (* 27 a a x)) (* 27 a a a))\n                 q)))\n      (sqrt (- q r))))\n  (define a (/ x (abs x)))\n  (if (= 0 a)\n      0\n      (* a (positive-root 2 (- 4 (* 3 0.25)) (- x)))))\n```\n\nThis implementation uses the formula for the solution of the cubic equation in the form:\n\n`x^3 + a*x^2 + b*x + c = 0`\n\nIn this case, `a = 0`, `b = 0`, and `c = x`. \n\nIf `x` is zero, the function returns zero. Otherwise, it first calculates the positive root of the cubic equation and then multiplies it by the sign of `x`. The positive root is calculated using the Cardano's formula, which involves some intermediate calculations.",
            "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0.01)\n      (let ((y (expt x (/ 1 3))))\n        (/ (+ (* 2 y) (/ x y)) 3))))\n```\n\nYou can call this function with a numeric argument to compute its cubic root. For example:\n\n```racket\n(cubic-root 27)\n;; Output: 3\n\n(cubic-root -27)\n;; Output: -3\n``` \n\nNote that if a negative argument is passed to the function, it computes the cubic root of its absolute value and negates it to return a negative answer.",
            "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0)\n      (expt x (/ 1 3))))\n```",
            "```racket\n(define (cubic-root n)\n  (if (>= n 0)\n      (expt n (/ 1 3))\n      (* -1 (expt (- n) (/ 1 3))))) \n```",
            "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
            "Here's a Racket function that computes the cubic root of a number:\n\n```\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (cube guess) x)) 0.001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cube y) (* y y y))\n  (cbrt-iter 1.0))\n```\n\nTo use this function, simply call it with the number whose cubic root you want to compute. For example, `(cubic-root 27)` will return `3.0000000000000004`.",
            "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))\n```\n\nYou can call this function like this:\n\n```racket\n(cubic-root 27) ; returns 3.0\n```"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function to multiply two numbers."
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write a function to multiply two numbers.",
          "responses": [
            "(define (multiply x y)\n  (* x y))",
            "(define (multiply x y)\n  (* x y))",
            "(define (multiply x y)\n  (* x y))",
            "(define (multiply a b)\n  (* a b))",
            "(define (multiply x y)\n  (* x y))",
            "(define (multiply a b)\n  (* a b))",
            "(define (multiply a b)\n  (* a b))",
            "(define (multiply a b)\n  (* a b))",
            "(define (multiply a b)\n  (* a b))",
            "(define (multiply x y)\n  (* x y))"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write the Fibonacci function using recursion."
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write the Fibonacci function using recursion.",
          "responses": [
            "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
            "(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
            "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))",
            "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
            "(define (fibonacci n) \n   (if (< n 2) \n       n \n       (+ (fibonacci (- n 1)) (fibonacci (- n 2))) \n   ) \n)",
            "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
            "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
            "(define (fibonacci n)\n   (cond ((= n 0) 0)  \n         ((= n 1) 1)  \n         (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
            "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
            "(define (fibonacci n)\n    (cond\n        ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function which removes whitespace padding in a string. "
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write a function which removes whitespace padding in a string. ",
          "responses": [
            "(define (remove-padding str)\n  (string-trim str))",
            "(define (remove-whitespace str)\n  (string-trim str))",
            "(define (remove-whitespace str)\n  (string-trim str))",
            "(define (remove-whitespace-padding str)\n  (string-trim str))",
            "(define (remove-whitespace-padding string)\n  (string-trim string))",
            "(define (remove-padding str)\n  (regexp-replace* #px\"^\\\\s+|\\\\s+$\" str \"\"))",
            "(define (remove-padding str)\n  (string-trim str))",
            "(define (remove-padding str) \n  (string-trim str))",
            "(define (remove-whitespace str)\n  (string-trim str))",
            "(define (remove-padding str)\n  (string-trim str))"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
          "responses": [
            "(define (prompt-ice-cream-flavor)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n      (else\n       (display \"Good choice! \")))\n    (display \"Enjoy your \" flavor \" ice cream!\\n\")))",
            "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure that's your favorite flavor?\")\n        (display \"Great choice of ice cream!\"))))",
            "(define (check-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is terrible.\")\n        (display (string-append \"Great choice! \" flavor \" is delicious.\"))))))",
            "(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream flavor? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"Are you sure? You must be mistaken.\")\n        (display \"Great choice!\"))))\n        \n;;Example usage:\n;;(ice-cream-prompt)",
            "(define (favorite-ice-cream)\n  (let ((user-choice (string-downcase (read-line))))\n    (if (equal? user-choice \"vanilla\")\n        (println \"Are you sure? Vanilla is so plain!\")\n        (println \"Great choice! I love that flavor too!\"))))",
            "(define (ice-cream-prompt ice-cream)\n  (if (equal? ice-cream \"vanilla\")\n      \"Are you sure? Vanilla is so plain!\"\n      (string-append \"Excellent choice, \" ice-cream \"!\")))",
            "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (define ice-cream (read-line))\n  (if (string=? ice-cream \"vanilla\")\n      (display \"Vanilla? Are you sure? I think you must be mistaken.\")\n      (display \"That's a great choice!\")))\n\n;; Example usage:\n;; (favorite-ice-cream) \n;; What is your favorite ice cream? vanilla\n;; Vanilla? Are you sure? I think you must be mistaken.\n\n;; (favorite-ice-cream)\n;; What is your favorite ice cream? chocolate\n;; That's a great choice!",
            "Here's a Racket program that prompts the user for their favorite ice cream and provides a response accordingly:\n```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure?\")\n        (display \"Great choice!\"))))\n```",
            "(define (ice-cream-favorite)\n  (display \"What is your favorite ice cream?\\n\")\n  (let ((favorite-ice-cream (string-downcase (read-line))))\n    (cond ((equal? favorite-ice-cream \"vanilla\")\n           (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n          (else\n           (display \"Great choice! I love \" favorite-ice-cream \" ice cream too!\\n\")))))",
            "(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (display \"Vanilla?! Are you sure? I think you must be mistaken.\"))\n          (else\n           (display \"Ah, \" flavor \"! What a great choice for ice cream!\")))))"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a program to extract a substring from a string."
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write a program to extract a substring from a string.",
          "responses": [
            "(define (substring str start end)\n  (substring str start (add1 end)))",
            "(define (substring str start end)\n  (substring str start (add1 end)))",
            "(define (substring s start end)\n  (substring s start (add1 end)))",
            "(define (substring str start len)\n  (substring str start (+ start len)))",
            "(define (substring str start end)\n  (string-take (string-drop str start) (- end start)))",
            "(define (substring str start end)\n  (substring str start (+ end 1)))",
            "(define (substring str start end)\n  (substring str start (add1 end)))",
            "(define (extract-substring str start end)\n  (substring str start end))",
            "(define (substring str start end)\n  (substring str start end))",
            "(define (extract-substring str start end)\n  (substring str start end))"
          ],
          "tokens": {}
        },
        {
          "vars": {
            "instruction": "Write a function to compute the cubic root of a number."
          },
          "metavars": {
            "LLM_0": "one-shot-racket"
          },
          "llm": "one-shot-racket",
          "prompt": "Write a function to compute the cubic root of a number.",
          "responses": [
            "(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))0)\n      (expt x (/ 1 3))))",
            "(define (cubic-root num)\n  (if (< num 0)\n      (- (expt (- num) (/ 1 3)))\n      (expt num (/ 1 3))))",
            "(define (cubic-root x)\n  (define (abs x) (if (< x 0) (- x) x))\n  (define (good-enough? guess)\n    (<= (abs (- (* guess guess guess) x)) 0.00001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cubic-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cubic-iter (improve guess))))\n  (cubic-iter 1.0))",
            "(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))",
            "(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)))))\n\n(define (cbrt-iter guess x)\n  (if (good-enough? guess x)\n      guess\n      (cbrt-iter (improve guess x) x)))\n\n(define (good-enough? guess x)\n  (< (abs (- (/ x (cube guess)) 1)) 0.0001))\n\n(define (improve guess x)\n  (/ (+ (* 2 guess) (/ x (square guess))) 3))\n\n(define (cube x)\n  (* x x x))\n\n(define (square x)\n  (* x x))\n\n(define (cbrt x)\n  (if (zero? x)\n      0\n      (if (negative? x)\n          (negate (cbrt-iter 1.0 (- x)))\n          (cbrt-iter 1.0 x))))",
            "(define (cubic-root number)\n  (if (negative? number)\n      (-(cubic-root (- number)) 0)\n      (expt number (/ 1 3))))",
            "(define (cubic-root x)\n  (if (negative? x)\n      (exact->inexact (* -1 (cubic-root (* -1 x))))\n      (if (zero? x)\n          0\n          (let loop ((guess (/ x 2)))\n            (let ((next-guess (/ (+ (* 2 guess) (/ x (expt guess 2))) 3)))\n              (if (= guess next-guess)\n                  guess\n                  (loop next-guess))))))))",
            "(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))",
            "(define (cubic-root x)\n   (if (negative? x)\n       (- (cubic-root (- x)) )\n       (expt x (/ 1 3.0))) )",
            "(define (cubic-root x)\n  (expt x (/ 1 3)))"
          ],
          "tokens": {}
        }
      ]
    },
    "textFieldsNode-1685802924670.json": {},
    "inspectNode-1685805358984.json": {},
    "evalNode-1688056621448.json": [
      {
        "vars": {
          "instruction": "Write a function to multiply two numbers."
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write a function to multiply two numbers.",
        "responses": [
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply num1 num2)\n  (* num1 num2))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply a b)\n  (* a b))\n```",
          "```\n(define (multiply a b)\n  (* a b))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```",
          "```\n(define (multiply x y)\n  (* x y))\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write the Fibonacci function using recursion.",
        "responses": [
          "```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))\n  )\n)\n```",
          "```racket\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
          "```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1))\n             (fibonacci (- n 2)))))) \n```",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\n",
          "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```\n",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```",
          "```\n(define (fib n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fib (- n 1)) (fib (- n 2)))))) \n```",
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))  \n```",
          "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
          "```\n(define (fibonacci n)\n  (cond ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```\nThis function takes a positive integer `n` as input and returns the `n`-th Fibonacci number. It uses recursion to compute the result. If `n` is less than or equal to 1, the function returns `n`. Otherwise, it recursively computes the `n-1`-th and `n-2`-th Fibonacci numbers and adds them together to get the `n`-th Fibonacci number."
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            false
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "responses": [
          "```\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function uses regular expressions to remove whitespace padding from a given string. The `^\\\\s+` pattern matches one or more whitespace characters at the beginning of the string, and `\\\\s+$` matches one or more whitespace characters at the end of the string. `regexp-replace*` replaces both occurrences with the empty string, effectively removing them.",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim str)\n  (string-trim str))\n```\n",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage:\n```\n(trim \"   hello world   \") ;; returns \"hello world\"\n```",
          "```\n(define (trim str)\n  (string-trim str))\n```",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim-str str)\n  (string-trim-both str))\n```",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nThis function trims all whitespace characters from the beginning and end of the input string using regular expressions in Racket.",
          "```\n(define (trim-string str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```",
          "```\n(define (remove-padding str)\n  (string-trim str))\n```\n"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            true,
            true,
            false,
            true,
            true,
            true,
            false,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "responses": [
          "```\n#lang racket\n(define (get-fav-ice-cream)\n  (displayln \"What is your favorite ice cream?\")\n  (read-line))\n\n(define (ice-cream-response fav)\n  (cond\n    [(string=? fav \"vanilla\") (displayln \"You must be mistaken, vanilla is the worst flavor!\")]\n    [else (displayln (string-append \"Wow, \" fav \" is a great choice!\"))]))\n\n(ice-cream-response (get-fav-ice-cream))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-preference)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\"))\n      (else\n       (display \"Ah, \" flavor \" is a great choice! It's one of my favorites too.\")))))\n\n\n(ice-cream-preference) ; calling the function to start the program\n```",
          "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (if (string=? flavor \"vanilla\")\n      \"Are you sure? Vanilla is a pretty basic flavor.\"\n      (string-append \"Great choice! \" flavor \" is delicious.\")))\n\n(display \"What is your favorite ice cream flavor? \")\n(define favorite (read-line))\n(ice-cream-favorite favorite)\n```\n",
          "```\n#lang racket\n\n(define favorite-ice-cream (string-downcase (read-line)))\n(if (equal? \"vanilla\" favorite-ice-cream)\n    \"I'm sorry, but vanilla is objectively a poor choice for ice cream. You must be mistaken.\"\n    (string-append \"Excellent choice! \" favorite-ice-cream \" is delicious.\"))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-favorite)\n  (let ((favorite (string-downcase (read-line \"What's your favorite ice cream? \"))))\n    (cond ((equal? favorite \"vanilla\")\n           \"Are you sure that's your favorite ice cream? I think you must be mistaken.\")\n          (else\n           (string-append \"Great choice! \" favorite \" is delicious!\")))))\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-fan)\n  (let ((fave (string-downcase (read-line))))\n    (cond\n      ((equal? fave \"vanilla\") \"Are you sure? I think you meant to say strawberry!\")\n      (else (string-append \"Oh, \" fave \" is a fantastic choice!\")))))\n  \n(ice-cream-fan)\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-preference)\n  (let ((fav-icecream (string-downcase (read-line))))\n    (cond\n      [(equal? fav-icecream \"vanilla\")\n       \"Are you sure that's really your favorite ice cream? I think you must be mistaken.\"]\n      [else\n       \"That's a great choice!\"]))\n)\n\n(ice-cream-preference)\n```",
          "```\n#lang racket\n\n(define (ice-cream-flavor-prompt)\n  (define favorite-ice-cream (string-downcase (read-line)))\n  (if (string=? favorite-ice-cream \"vanilla\")\n      (printf \"Vanilla? Are you sure you have taste buds!?\")\n      (printf \"Excellent choice!\")))\n\n(ice-cream-flavor-prompt)\n```\n",
          "```\n#lang racket\n\n(define (ice-cream-favorite flavor)\n  (cond \n    [(equal? flavor \"vanilla\") \"Are you sure? Vanilla is so bland!\"]\n    [else \"Great choice! I also love \" flavor \"!\"]))\n\n(println \"What is your favorite ice cream?\")\n(define flavor (read-line))\n(println (ice-cream-favorite flavor))\n```",
          "```\n#lang racket\n\n(define (ice-cream-choice)\n  (displayln \"What is your favorite ice cream?\")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (displayln \"Vanilla? Are you sure? Try some other flavors and come back to me.\"))\n          (else\n           (displayln (format \"Great choice! I love %s too!\" flavor))))))\n\n(ice-cream-choice)\n```\n"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write a program to extract a substring from a string.",
        "responses": [
          "```\n(define (extract-substring str start end)\n  (substring str start end))\n```\n\nThis `extract-substring` function takes a string `str`, a starting index `start`, and an ending index `end`. It returns a new string that is a substring of `str` starting at index `start` and ending at index `end - 1`.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nExample usage: `(substring \"hello world\" 1 4)` will return `\"ello\"`.",
          "```\n(define (substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nThe `substring` function takes in a string `str`, a starting index `start`, and an ending index `end`. It then returns the substring of `str` between the indices `start` and `end`. Since the `end` parameter is exclusive, we add 1 to it when invoking the `substring` procedure to get all the characters up to and including the `end` index.",
          "```\n(define (substring s start end)\n  (substring s start (add1 end)))\n```\n\nThis program defines a function `substring` that takes a string `s`, a `start` index, and an `end` index and returns a substring of `s` that starts at the `start` index and goes up to, but does not include, the `end` index. \n\nNote that the `end` index is exclusive (i.e., the character at the `end` index is not included in the substring). Also, the `add1` function is used to convert the `end` index from a 0-indexed number to a 1-indexed number, which is the convention used by Racket's `substring` function.",
          "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\nTo extract a substring from a `str` string, simply call this `substring` function with the start and end index of the substring you want to extract. Note that the `end` parameter is the index of the last character of the substring, not the length of the substring. So to extract the string from index `start` to index `end`, we pass `(add1 end)` as the second parameter to the `substring` function.",
          "```racket\n; This program extracts a substring from a given string.\n\n(define (substring str start end)\n  (define len (string-length str))\n  (if (or (< start 0) (< end 0) (> end len))\n      \"Invalid input\"\n      (substring str start end)))\n\n; Example usage:\n(substring \"Hello, world!\" 2 6)\n```",
          "```\n(define (substring str start end)\n  (substring str start (add1 end)))\n```\n\nThis program defines a function `substring` that takes in a string `str`, a starting index `start`, and an ending index `end`. It returns the substring of `str` starting from `start` and ending at `end - 1`.",
          "```\n; Define function to extract substring from a string\n(define (extract-substring str start end)\n  (substring str start (+ 1 end)))\n```\n\nHere's how to use the function:\n\n```\n; Call the extract-substring function with input string, start index, and end index\n(extract-substring \"Hello, world!\" 0 4) ; Output: \"Hello\"\n```",
          "```racket\n; Define a function that takes a string, a starting index, and a length and returns the substring\n(define (substring str start len)\n  (substring str start (+ start len)))\n```\n\nUse the function as follows:\n\n```racket\n(substring \"example string\" 3 6) ; outputs \"mple s\"\n```",
          "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            false,
            false,
            false,
            false,
            true,
            false,
            false,
            false,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function to compute the cubic root of a number."
        },
        "metavars": {
          "LLM_0": "threaten-kitten"
        },
        "llm": "threaten-kitten",
        "prompt": "Write a function to compute the cubic root of a number.",
        "responses": [
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (exp (/ (log (- x)) 3)))\n      (exp (/ (log x) 3))))\n```",
          "```\n(define (cbrt x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
          "```\n(define (cubic-root x)\n  (define (cubic-root-iter guess)\n    (let ((improve (/ (- x (cube guess))\n                      (* 3 (square guess))))) \n      (if (good-enough? improve)\n          improve\n          (cubic-root-iter (+ guess improve)))))\n  (define (good-enough? improve)\n    (< (abs (- (cube (+ x improve))\n               x))\n       0.001)) ; adjust threshold as needed\n  (cubic-root-iter 1.0))\n```",
          "```\n(define (cbrt x)\n  (if (negative? x)\n      (- (cbrt (- x))0.0)\n      (let loop ((guess (/ x 3.0)))\n        (let ((new-guess (/ (+ (* 2 guess) (/ x (* guess guess))) 3.0)))\n          (if (good-enough? guess new-guess)\n              new-guess\n              (loop new-guess))))))\n\n(define (good-enough? old-guess new-guess)\n  (< (abs (- old-guess new-guess)) 0.0001))\n```",
          "```\n(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))i)\n      (expt x 1/3)))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x))0.0 )\n      (expt x (/ 1.0 3.0))))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (* -1 (cubic-root (- x)))\n      (expt x (/ 1 3.0))))\n```",
          "```\n(define (cubic-root x)\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (cubert-iter guess)\n    (if (close-enough? (guess^3) x)\n        guess\n        (cubert-iter (/ (+ (* 2 guess) (/ x (guess^2))) 3))))\n  (cubert-iter 1.0))\n```",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) )\n      (expt x (/ 1 3)) ))\n```",
          "```\n(define (cubic-root x)\n  (define (cube y) (* y y y))\n  (define (close-enough? a b)\n    (< (abs (- a b)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (cube guess)) (* 2 guess)) 3))\n  (define (cubic-root-iter guess)\n    (if (close-enough? (cube guess) x)\n        guess\n        (cubic-root-iter (improve guess))))\n  (cubic-root-iter 1.0))\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function to multiply two numbers."
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a function to multiply two numbers.",
        "responses": [
          "```\n(define (multiply x y)\n  (* x y))\n```\n\nExample:\n\n```\n> (multiply 3 2)\n6\n```",
          "Here's the Racket function to multiply two numbers:\n\n```\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments `x` and `y`, and returns their product using the `*` operator. To use this function, call it with your desired arguments, like this:\n\n```\n(multiply 3 4)\n```\n\nThis will return `12`, which is the product of `3` and `4`.",
          "```racket\n(define (multiply x y)\n  (* x y))\n```",
          "`(define (multiply a b) (* a b))`",
          "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply x y)\n  (* x y))\n``` \n\nThe function takes two parameters, `x` and `y`, and returns their product using the `*` operator. You can call the function by passing in two numbers as arguments, for example: \n\n```racket\n(multiply 5 3) ; returns 15\n```",
          "Here's a simple function that multiplies two numbers in Racket:\n\n```racket\n(define (multiply x y)\n  (* x y))\n```\n\nThis function takes two arguments, `x` and `y`, and returns their product. The `*` operator is used to perform the multiplication.",
          "```racket\n(define (multiply x y)\n  (* x y))\n```",
          "Here's a Racket function that multiplies two numbers:\n\n```racket\n(define (multiply a b)\n  (* a b))\n```\n\nTo use this function, you can call `(multiply a b)` where `a` and `b` are the numbers you want to multiply. The function will return the result of multiplying `a` and `b`.",
          "```racket\n(define (multiply a b)\n  (* a b))\n```",
          "```racket\n(define (multiply a b)\n  (* a b))\n```\n\nThis function named `multiply` takes two arguments `a` and `b` which are the numbers to be multiplied. Then, the function returns the product of `a` and `b` using the `*` operator."
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            false,
            true,
            false,
            false,
            false,
            true,
            false,
            true,
            false
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write the Fibonacci function using recursion.",
        "responses": [
          "```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))))\n```",
          "Here is the implementation of the Fibonacci function using recursion:\n\n```\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n;Example usage\n(fibonacci 0) ;; Output: 0\n(fibonacci 1) ;; Output: 1\n(fibonacci 10) ;; Output: 55\n``` \n\nThis implementation returns the n-th Fibonacci number.",
          "```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n```",
          "```racket\n(define (fibonacci n)\n  (cond \n   ((= n 0) 0)\n   ((= n 1) 1)\n   (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n; example usage\n(fibonacci 0) ; 0\n(fibonacci 1) ; 1\n(fibonacci 7) ; 13\n```",
          "Here's the implementation of the Fibonacci function in Racket using recursion: \n\n```racket\n(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))\n```\n\nThe function takes a single argument `n`, the nth term of the Fibonacci sequence to be computed. The function recursively calls itself to compute the n-1th and n-2nd terms then adds them together to calculate the nth term. The base cases of the recursion are when n is either 0 or 1, which return the values 0 and 1 respectively.",
          "Here's a Racket function that calculates the n-th number in the Fibonacci sequence using recursion:\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use this function, simply call `(fibonacci n)` with `n` being the position number in the Fibonacci sequence that you want to calculate. For example, `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
          "Here is a Racket function that calculates the n-th number of the Fibonacci sequence using recursion:\n\n```\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))\n\n```\nTo use the function, simply call `(fibonacci n)`, where `n` is the number in the sequence you want to calculate. For example, calling `(fibonacci 6)` would return `8`, since the 6th number in the Fibonacci sequence is 8.",
          "```\n(define (fibonacci n)\n  (cond\n    ((< n 2) n)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2)))))) \n```\n\nThis program takes a positive integer `n` as an input and returns the nth Fibonacci number using recursion. The function `fibonacci` uses a `cond` statement to check if `n` is less than 2. If it is less than 2, `n` is returned as the nth Fibonacci number. If `n` is greater than or equal to 2, the function calls itself twice with arguments that are the two previous Fibonacci numbers and returns the sum of these numbers.",
          "Here's the Racket function that calculates the n-th Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))    \n``` \n\nThis function defines a recursive procedure that returns the n-th Fibonacci number by checking if the value of `n` is 0 or 1. If it is, the function returns the respective number. Otherwise, it recursively calls itself with `(n - 1)` and `(n - 2)` as arguments and adds the results together.",
          "Here's the Racket function that calculates the nth Fibonacci number using recursion:\n\n```racket\n(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2)))))) \n```\n\nThis function takes an integer `n` as input and returns the nth Fibonacci number. The base case for this recursion is when `n` is 0 or 1, because we know that Fibonacci(0) = 0 and Fibonacci(1) = 1. If `n` is greater than 1, then we recursively call the `fibonacci` function with `n-1` and `n-2`, and add the results together to get the nth Fibonacci number."
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            false,
            true,
            true,
            false,
            false,
            false,
            false,
            false,
            false
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "responses": [
          "Here's the Racket function that removes leading and trailing whitespace from a given string:\n\n```racket\n(define (trim str)\n  (string-trim str))\n```\n\nExamples:\n\n```racket\n(trim \"  Hello, World!  \")    ; \"Hello, World!\"\n(trim \"  Hello, World!\\n\")   ; \"Hello, World!\"\n(trim \"\\tHello, World!  \")   ; \"Hello, World!\"\n```",
          "```\n(define (trim str)\n  (regexp-replace* #\"^\\\\s+|\\\\s+$\" str \"\"))\n```\nExample usage: `(trim \"   Hello, World!   \")` returns `\"Hello, World!\"`.",
          "```racket\n(define (strip str)\n  (string-trim-both str))\n```\n\nExample usage: `(strip \"  Racket is awesome!  \")` will return `\"Racket is awesome!\"`.",
          "```racket\n(define (remove-padding str)\n  (string-trim str))\n```",
          "```\n(define (trim str)\n  (regexp-replace* #rx\"^\\\\s+|\\\\s+$\" str \"\"))\n```\n\nThe `trim` function takes a string argument `str`. It uses the `regexp-replace*` function to replace all whitespace characters at the beginning (`^\\\\s+`) and at the end (`\\\\s+$`) with an empty string (`\"\"`), effectively removing the whitespace padding.",
          "```racket\n(define (trim str)\n  (string-trim-both str))\n```\n\nThe above function uses the `string-trim-both` function provided by Racket. This function trims any whitespace (spaces, tabs, and newlines) from both ends of the given string. We simply pass the input string to this function and return the result.",
          "Here's a Racket function that removes whitespace padding in a given string:\n\n```\n(define (remove-whitespace-padding str)\n  (string-trim str))\n``` \n\nThe built-in `string-trim` function takes a string and removes all whitespace characters from the beginning and end of the string. This is exactly what we need to remove padding whitespace from a string.",
          "```racket\n(define (remove-padding str)\n  (regexp-replace* #rx\"^\\\\s*|\\\\s*$\" str \"\"))\n```",
          "Here is a Racket function that removes leading and trailing whitespace padding from a string:\n\n```\n(define (trim-string str)\n  (string-trim str))\n```\n\nExample usage:\n```\n> (trim-string \"  hello, world!  \")\n\"hello, world!\"\n```",
          "```racket\n(define (remove-whitespace str)\n  (string-trim-both str))\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            false,
            false,
            true,
            false,
            false,
            false,
            true,
            false,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "responses": [
          "```\n(define (ice-cream-prompt)\n  (let ((ice-cream (string-downcase (read-line \"What is your favorite ice cream? \"))))\n    (cond ((equal? ice-cream \"vanilla\") (display \"You must be mistaken.\"))\n          (else (display \"Great choice!\"))))\n  (ice-cream-prompt))\n```",
          "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((ice-cream (string-downcase (read-line))))\n    (if (equal? ice-cream \"vanilla\")\n        (display \"You must be mistaken. Vanilla is just not good enough.\")\n        (display \"Wow, \" ice-cream \" is an excellent choice!\"))))\n```\n\nHere's what this program does:\n\n1. Defines a function called `favorite-ice-cream` with no arguments.\n2. Prompts the user for their favorite ice cream by displaying \"What is your favorite ice cream? \".\n3. Reads in the user's input and converts it to lowercase to make it case-insensitive.\n4. If the user entered \"vanilla\", the program displays \"You must be mistaken. Vanilla is just not good enough.\".\n5. If the user entered anything else, the program displays \"Wow, \" followed by the ice cream they entered, followed by \" is an excellent choice!\".",
          "```racket\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Sorry, but you must be mistaken.\")\n        (display \"Great choice!\"))))\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (define flavor (string-downcase (read-line)))\n  (if (equal? flavor \"vanilla\")\n      (display \"I'm sorry, but you must be mistaken. Please try again with a real flavor.\")\n      (display (string-append \"Great choice! \" flavor \" is delicious!\"))))\n```\n\nThis program defines a function `ice-cream-choice` that takes no arguments. When called, it prompts the user to enter their favorite ice cream and then reads it in as a string. If the user enters \"vanilla\", the program outputs an argumentative response. Otherwise, it outputs a response praising the user's ice cream choice. Note that the input is converted to lowercase using the `string-downcase` function to make the condition checking case-insensitive.",
          "```\n(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla?! Are you sure? Try some other flavors next time.\"))\n      (else\n       (display (string-append \"Mmm, \" flavor \" is a great choice!\"))))))\n```\nExample output:\n```\n> (ice-cream-prompt)\nWhat is your favorite ice cream? strawberry\nMmm, strawberry is a great choice!\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What's your favorite ice cream? \")\n  (let ((fav-ice-cream (read-line)))\n    (if (string-ci=? fav-ice-cream \"vanilla\")\n        (display \"Vanilla? Are you sure you don't mean 'bland'?\")\n        (display \"Great choice! \")))\n  (displayln \"Enjoy your ice cream!\"))\n```",
          "```\n(define (ice-cream-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ((choice (read-line)))\n    (if (string=? choice \"vanilla\")\n        (display \"I'm sorry, but you must be mistaken.\")\n        (display \"Excellent choice!\"))))\n```",
          "```\n(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? : \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is so bland.\")\n        (display \"Excellent choice! \" flavor \" is delicious.\"))))\n```\nExample usage:\n```\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : chocolate\nExcellent choice! chocolate is delicious.\n> (favorite-ice-cream)\nWhat is your favorite ice cream? : vanilla\nYou must be mistaken. Vanilla is so bland.\n```",
          "```\n(define (ice-cream-favorite-choice)\n  (display \"What is your favorite ice cream? \")\n  (let ([flavor (string-downcase (read-line))])\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken, vanilla can't be your favorite ice cream!\")\n        (display \"Great choice!\"))))\n```\nExample usage:\n```\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? vanilla\nYou must be mistaken, vanilla can't be your favorite ice cream!\n> (ice-cream-favorite-choice)\nWhat is your favorite ice cream? chocolate\nGreat choice!\n```",
          "```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"You must be mistaken, no one likes vanilla!\")\n        (display \"That's a great choice!\"))))\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            false,
            true,
            false,
            false,
            true,
            true,
            false,
            false,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a program to extract a substring from a string.",
        "responses": [
          "```\n(define (substring str start end)\n  (substring str start end))\n```\nwhere `str` is the input string from which we want to extract the substring, `start` denotes the starting index of the substring (inclusive) and `end` denotes the ending index of the substring (exclusive). The function returns the substring extracted from `str`. Note that the `substring` function is an in-built function in Racket that takes a string and two indices as input and returns the corresponding substring as output.",
          "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThis program defines a Racket function called `substring` that takes three arguments: `str` is the input string, `start` is the beginning index of the substring, and `end` is the ending index of the substring. The function simply calls the built-in `substring` function in Racket to extract the desired substring and returns it. Note that the index values start at 0, so passing in `(substring \"hello\" 1 3)` would return the string `\"el\"`.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis program takes a string `str`, a starting index `start`, and an ending index `end` as input. It then calls the built-in `substring` function in Racket with the given start and end indices and returns the resulting substring. Note that the `end` index is incremented by 1 because the `substring` function in Racket excludes the character at the `end` index. By incrementing the `end` index, we ensure that the character at the `end` index is included in the returned substring.",
          "```\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThe `substring` function takes three arguments:\n- `str` : the input string from which a substring is to be extracted\n- `start` : the index within the input string where the substring starts\n- `end` : the index within the input string where the substring ends (inclusive)\n\nThe function then returns a new string containing the substring that is extracted from the input string. The second argument is incremented by 1, since the `substring` function in Racket takes an exclusive ending index as an argument.",
          "Here's a Racket program that contains a function `extract-substring` which accepts three parameters: a string `s`, start index `start` (0-based index) and an end index `end` (inclusive). The function returns the substring of `s` starting at `start` and ending at `end`.\n\n```\n(define (extract-substring s start end)\n  (substring s start (+ end 1)))\n```\n\nExample usage:\n```\n> (extract-substring \"hello world\" 0 4)\n\"hello\"\n> (extract-substring \"hello world\" 6 10)\n\"world\"\n> (extract-substring \"0123456789\" 3 5)\n\"345\"\n```",
          "```racket\n(define (substring str start end)\n  (substring str start (add1 end)))\n```",
          "```racket\n(define (substring string start end)\n  (substring string start (+ 1 end)))\n```\n\nThe `substring` function takes three arguments: `string` is the string we want to extract a substring from, `start` is the index of the starting character of the substring, and `end` is the index of the ending character of the substring (inclusive).\n\nThe function uses Racket's built-in `substring` function, which returns a new string that is a substring of the given string. The `start` and `end` arguments are used to specify the range of characters to be included in the substring. \n\nNote that the `end` argument is incremented by 1 as the `substring` function considers the ending index to be exclusive, whereas we need to include the character at the ending index.",
          "```racket\n(define (substring str start end)\n  (substring str start end))\n```\n\nThe `substring` function takes three arguments, where `str` is the string you want to extract a substring from, `start` is the starting index of the substring, and `end` is the ending index of the substring. The `substring` function returns the substring starting from index `start` up to but not including index `end`.",
          "```\n(define (extract-substring string start end)\n  (substring string start end))\n```\nThe function `extract-substring` takes in three parameters: `string`, `start`, and `end` and returns a substring of `string` starting at the `start` index and ending at the `end` index (exclusive). This function uses the built-in `substring` procedure provided by Racket that extracts a substring of a given string.",
          "```racket\n(define (substring str start end)\n  (substring str start (+ end 1)))\n```\n\nThis function takes in a string `str`, a start index `start`, and an end index `end`. It returns the substring of `str` starting from index `start` up to and including index `end`. The `substring` function in Racket requires the end index to be one more than the actual desired end index, hence the need to add 1 when passing `end` to the `substring` function."
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            false,
            false,
            false,
            false,
            true,
            false,
            false,
            false,
            false
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function to compute the cubic root of a number."
        },
        "metavars": {
          "LLM_0": "zero-shot-racket"
        },
        "llm": "zero-shot-racket",
        "prompt": "Write a function to compute the cubic root of a number.",
        "responses": [
          "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cbrt (- x))))\n  (cbrt x))\n```\nNote: The `cbrt` procedure computes the cubic root of a number. It is a built-in function of Racket in the `math` library.",
          "```\n(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))\n```",
          "```racket\n(define (cubic-root x)\n  (if (< x 0)\n      (* -1 (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
          "```racket\n(define (cubic-root x)\n  (define (positive-root a b c)\n    (let* ((q (+ (/ (- (* b b) (* 3 a c)) (* 9 a a a))\n                 (/ (* 2 b) (* 3 a))))\n           (r (- (/ (- (* 2 b b b) (* 9 a b c) (* 27 a a x)) (* 27 a a a))\n                 q)))\n      (sqrt (- q r))))\n  (define a (/ x (abs x)))\n  (if (= 0 a)\n      0\n      (* a (positive-root 2 (- 4 (* 3 0.25)) (- x)))))\n```\n\nThis implementation uses the formula for the solution of the cubic equation in the form:\n\n`x^3 + a*x^2 + b*x + c = 0`\n\nIn this case, `a = 0`, `b = 0`, and `c = x`. \n\nIf `x` is zero, the function returns zero. Otherwise, it first calculates the positive root of the cubic equation and then multiplies it by the sign of `x`. The positive root is calculated using the Cardano's formula, which involves some intermediate calculations.",
          "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0.01)\n      (let ((y (expt x (/ 1 3))))\n        (/ (+ (* 2 y) (/ x y)) 3))))\n```\n\nYou can call this function with a numeric argument to compute its cubic root. For example:\n\n```racket\n(cubic-root 27)\n;; Output: 3\n\n(cubic-root -27)\n;; Output: -3\n``` \n\nNote that if a negative argument is passed to the function, it computes the cubic root of its absolute value and negates it to return a negative answer.",
          "```\n(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)) 0)\n      (expt x (/ 1 3))))\n```",
          "```racket\n(define (cubic-root n)\n  (if (>= n 0)\n      (expt n (/ 1 3))\n      (* -1 (expt (- n) (/ 1 3))))) \n```",
          "```racket\n(define (cubic-root x)\n  (if (negative? x)\n      (- (expt (- x) (/ 1 3)))\n      (expt x (/ 1 3))))\n```",
          "Here's a Racket function that computes the cubic root of a number:\n\n```\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (cube guess) x)) 0.001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cube y) (* y y y))\n  (cbrt-iter 1.0))\n```\n\nTo use this function, simply call it with the number whose cubic root you want to compute. For example, `(cubic-root 27)` will return `3.0000000000000004`.",
          "Here's a Racket function that computes the cubic root of a number:\n\n```racket\n(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))\n```\n\nYou can call this function like this:\n\n```racket\n(cubic-root 27) ; returns 3.0\n```"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            false,
            true,
            true,
            false,
            false,
            true,
            true,
            true,
            false,
            false
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function to multiply two numbers."
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function to multiply two numbers.",
        "responses": [
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply x y)\n  (* x y))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply a b)\n  (* a b))",
          "(define (multiply x y)\n  (* x y))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write the Fibonacci function using recursion."
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write the Fibonacci function using recursion.",
        "responses": [
          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n  (cond\n    ((= n 0) 0)\n    ((= n 1) 1)\n    (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1))\n                 (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n) \n   (if (< n 2) \n       n \n       (+ (fibonacci (- n 1)) (fibonacci (- n 2))) \n   ) \n)",
          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fibonacci n)\n   (cond ((= n 0) 0)  \n         ((= n 1) 1)  \n         (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))",
          "(define (fib n)\n  (cond ((= n 0) 0)\n        ((= n 1) 1)\n        (else (+ (fib (- n 1)) (fib (- n 2))))))",
          "(define (fibonacci n)\n    (cond\n        ((<= n 1) n)\n        (else (+ (fibonacci (- n 1)) (fibonacci (- n 2))))))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function which removes whitespace padding in a string. "
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function which removes whitespace padding in a string. ",
        "responses": [
          "(define (remove-padding str)\n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-whitespace-padding str)\n  (string-trim str))",
          "(define (remove-whitespace-padding string)\n  (string-trim string))",
          "(define (remove-padding str)\n  (regexp-replace* #px\"^\\\\s+|\\\\s+$\" str \"\"))",
          "(define (remove-padding str)\n  (string-trim str))",
          "(define (remove-padding str) \n  (string-trim str))",
          "(define (remove-whitespace str)\n  (string-trim str))",
          "(define (remove-padding str)\n  (string-trim str))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice."
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write a program that prompts the user for their favorite ice cream. If the ice cream is \"vanilla,\" argue that they must be mistaken; otherwise, praise their choice.",
        "responses": [
          "(define (prompt-ice-cream-flavor)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond\n      ((equal? flavor \"vanilla\")\n       (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n      (else\n       (display \"Good choice! \")))\n    (display \"Enjoy your \" flavor \" ice cream!\\n\")))",
          "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure that's your favorite flavor?\")\n        (display \"Great choice of ice cream!\"))))",
          "(define (check-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (if (equal? flavor \"vanilla\")\n        (display \"You must be mistaken. Vanilla is terrible.\")\n        (display (string-append \"Great choice! \" flavor \" is delicious.\"))))))",
          "(define (ice-cream-prompt)\n  (display \"What is your favorite ice cream flavor? \")\n  (let ((flavor (read-line)))\n    (if (string=? flavor \"vanilla\")\n        (display \"Are you sure? You must be mistaken.\")\n        (display \"Great choice!\"))))\n        \n;;Example usage:\n;;(ice-cream-prompt)",
          "(define (favorite-ice-cream)\n  (let ((user-choice (string-downcase (read-line))))\n    (if (equal? user-choice \"vanilla\")\n        (println \"Are you sure? Vanilla is so plain!\")\n        (println \"Great choice! I love that flavor too!\"))))",
          "(define (ice-cream-prompt ice-cream)\n  (if (equal? ice-cream \"vanilla\")\n      \"Are you sure? Vanilla is so plain!\"\n      (string-append \"Excellent choice, \" ice-cream \"!\")))",
          "(define (favorite-ice-cream)\n  (display \"What is your favorite ice cream? \")\n  (define ice-cream (read-line))\n  (if (string=? ice-cream \"vanilla\")\n      (display \"Vanilla? Are you sure? I think you must be mistaken.\")\n      (display \"That's a great choice!\")))\n\n;; Example usage:\n;; (favorite-ice-cream) \n;; What is your favorite ice cream? vanilla\n;; Vanilla? Are you sure? I think you must be mistaken.\n\n;; (favorite-ice-cream)\n;; What is your favorite ice cream? chocolate\n;; That's a great choice!",
          "Here's a Racket program that prompts the user for their favorite ice cream and provides a response accordingly:\n```racket\n(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (read-line)))\n    (if (equal? flavor \"vanilla\")\n        (display \"Vanilla? Are you sure?\")\n        (display \"Great choice!\"))))\n```",
          "(define (ice-cream-favorite)\n  (display \"What is your favorite ice cream?\\n\")\n  (let ((favorite-ice-cream (string-downcase (read-line))))\n    (cond ((equal? favorite-ice-cream \"vanilla\")\n           (display \"Vanilla? Are you sure? You must be mistaken.\\n\"))\n          (else\n           (display \"Great choice! I love \" favorite-ice-cream \" ice cream too!\\n\")))))",
          "(define (favorite-ice-cream)\n  (display \"What's your favorite ice cream? \")\n  (let ((flavor (string-downcase (read-line))))\n    (cond ((equal? flavor \"vanilla\")\n           (display \"Vanilla?! Are you sure? I think you must be mistaken.\"))\n          (else\n           (display \"Ah, \" flavor \"! What a great choice for ice cream!\")))))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            false,
            true,
            true,
            false,
            false,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a program to extract a substring from a string."
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write a program to extract a substring from a string.",
        "responses": [
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (substring s start end)\n  (substring s start (add1 end)))",
          "(define (substring str start len)\n  (substring str start (+ start len)))",
          "(define (substring str start end)\n  (string-take (string-drop str start) (- end start)))",
          "(define (substring str start end)\n  (substring str start (+ end 1)))",
          "(define (substring str start end)\n  (substring str start (add1 end)))",
          "(define (extract-substring str start end)\n  (substring str start end))",
          "(define (substring str start end)\n  (substring str start end))",
          "(define (extract-substring str start end)\n  (substring str start end))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      },
      {
        "vars": {
          "instruction": "Write a function to compute the cubic root of a number."
        },
        "metavars": {
          "LLM_0": "one-shot-racket"
        },
        "llm": "one-shot-racket",
        "prompt": "Write a function to compute the cubic root of a number.",
        "responses": [
          "(define (cubic-root x)\n  (if (< x 0)\n      (- (cubic-root (- x))0)\n      (expt x (/ 1 3))))",
          "(define (cubic-root num)\n  (if (< num 0)\n      (- (expt (- num) (/ 1 3)))\n      (expt num (/ 1 3))))",
          "(define (cubic-root x)\n  (define (abs x) (if (< x 0) (- x) x))\n  (define (good-enough? guess)\n    (<= (abs (- (* guess guess guess) x)) 0.00001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (define (cubic-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cubic-iter (improve guess))))\n  (cubic-iter 1.0))",
          "(define (cubic-root x)\n  (if (>= x 0)\n      (expt x (/ 1 3))\n      (- (expt (- x) (/ 1 3)))))",
          "(define (cubic-root x)\n  (if (negative? x)\n      (- (cubic-root (- x)))))\n\n(define (cbrt-iter guess x)\n  (if (good-enough? guess x)\n      guess\n      (cbrt-iter (improve guess x) x)))\n\n(define (good-enough? guess x)\n  (< (abs (- (/ x (cube guess)) 1)) 0.0001))\n\n(define (improve guess x)\n  (/ (+ (* 2 guess) (/ x (square guess))) 3))\n\n(define (cube x)\n  (* x x x))\n\n(define (square x)\n  (* x x))\n\n(define (cbrt x)\n  (if (zero? x)\n      0\n      (if (negative? x)\n          (negate (cbrt-iter 1.0 (- x)))\n          (cbrt-iter 1.0 x))))",
          "(define (cubic-root number)\n  (if (negative? number)\n      (-(cubic-root (- number)) 0)\n      (expt number (/ 1 3))))",
          "(define (cubic-root x)\n  (if (negative? x)\n      (exact->inexact (* -1 (cubic-root (* -1 x))))\n      (if (zero? x)\n          0\n          (let loop ((guess (/ x 2)))\n            (let ((next-guess (/ (+ (* 2 guess) (/ x (expt guess 2))) 3)))\n              (if (= guess next-guess)\n                  guess\n                  (loop next-guess))))))))",
          "(define (cubic-root x)\n  (define (cbrt-iter guess)\n    (if (good-enough? guess)\n        guess\n        (cbrt-iter (improve guess))))\n  (define (good-enough? guess)\n    (< (abs (- (* guess guess guess) x)) 0.0001))\n  (define (improve guess)\n    (/ (+ (/ x (* guess guess)) (* 2 guess)) 3))\n  (cbrt-iter 1.0))",
          "(define (cubic-root x)\n   (if (negative? x)\n       (- (cubic-root (- x)) )\n       (expt x (/ 1 3.0))) )",
          "(define (cubic-root x)\n  (expt x (/ 1 3)))"
        ],
        "tokens": {},
        "eval_res": {
          "items": [
            true,
            true,
            true,
            true,
            false,
            true,
            true,
            true,
            true,
            true
          ],
          "dtype": "Categorical"
        }
      }
    ],
    "visNode-1688059951491.json": {}
  }
}