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        "(C (C (C (T (T (T l (M 3 (/ pi 2) 0 -2)) (fn_1 0 0)) (fn_1 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 2 0 0 0)) (fn_1 0 1))) (T (T r (fn_1 -1.5 0.5)) (fn_1 0 0.5))) (T (T r (fn_1 1.5 0.5)) (fn_1 0 0.5)))",
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        "(C (C (C (T (T (T l (M 3 (/ pi 2) 0 -2)) (fn_1 0 0)) (fn_1 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 2 0 0 0)) (fn_1 0 1))) (T (T c (fn_1 -1.5 0.5)) (fn_1 0 0.5))) (T (T c (fn_1 1.5 0.5)) (fn_1 0 0.5)))",
        "(C (C (C (T (T (T l (M 3 (/ pi 2) 0 -2)) (fn_1 0 0)) (fn_1 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 2 0 0 0)) (fn_1 0 1))) (T (T r (fn_1 -1.5 0.5)) (fn_1 0 0.5))) (T (T r (fn_1 1.5 0.5)) (fn_1 0 0.5)))",
        "(C (C (fn_0 1) (T (T c (fn_1 -1.5 0.5)) (fn_1 0 0.5))) (T (T c (fn_1 1.5 0.5)) (fn_1 0 0.5)))",
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        "(C (fn_0 2) (T (T (T l (fn_1 -0.5 0)) (M 2 0 0 0)) (fn_1 0 -1)))",
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      "expected_cost": 976521,
      "final_cost": 976521,
      "multiplier": 1.113771234822395,
      "multiplier_wrt_orig": 3.693378841827262,
      "num_uses": 550,
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          "fn_8 (- 0 (* 0.5 (+ (fn_3 0) (* 2 0.5)))) (r_s 1 6.25)": "(T (r_s 1 6.25) (fn_1 (- 0 (* 0.5 (+ (fn_3 0) (* 2 0.5)))) 0))"
        },
        {
          "fn_8 -2.75 (r_s 1 6.25)": "(T (r_s 1 6.25) (fn_1 -2.75 0))"
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        {
          "fn_8 2.75 (r_s 1 6.25)": "(T (r_s 1 6.25) (fn_1 2.75 0))"
        },
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        {
          "fn_8 0 (r_s 9.5 (* (+ (* 1 (+ 10 0.5)) (* 4 0.5)) (pow 0.5 0)))": "(T (r_s 9.5 (* (+ (* 1 (+ 10 0.5)) (* 4 0.5)) (pow 0.5 0))) (fn_1 0 0))"
        },
        {
          "fn_8 0 (r_s 9.5 4.5)": "(T (r_s 9.5 4.5) (fn_1 0 0))"
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        {
          "fn_8 0 (r_s 9.5 7)": "(T (r_s 9.5 7) (fn_1 0 0))"
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          "fn_8 0 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
        },
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          "fn_8 2.5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
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        {
          "fn_8 -2.5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 -2.5 0))"
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        {
          "fn_8 5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
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          "fn_8 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) 0))"
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          "fn_8 7.5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T c (M 1.5 0 0 0))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 7.5 0))"
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          "fn_8 0 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
        },
        {
          "fn_8 2.5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
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        {
          "fn_8 -2.5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 -2.5 0))"
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        {
          "fn_8 5 (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
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        {
          "fn_8 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (C (T c (fn_1 0 0)) (T r (M 1.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) 0))"
        },
        {
          "fn_8 0 (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
        },
        {
          "fn_8 2.5 (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
        },
        {
          "fn_8 5 (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 1 (repeat c 1 (M 1.5 0 0 0)) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
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        },
        {
          "fn_8 0 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T c (M 2.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T c (M 2.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
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          "fn_8 2.5 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T c (M 2.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T c (M 2.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
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        },
        {
          "fn_8 0 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
        },
        {
          "fn_8 2.5 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
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        {
          "fn_8 -2.5 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 -2.5 0))"
        },
        {
          "fn_8 5 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
        },
        {
          "fn_8 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) 0))"
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          "fn_8 7.5 (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (C (T c (M 2 0 0 0)) (T r (M 2.5 0 0 0))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 7.5 0))"
        },
        {
          "fn_8 0 (repeat (fn_2 2 (repeat c 1 (M 2.5 0 0 0)) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (repeat c 1 (M 2.5 0 0 0)) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
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        {
          "fn_8 2.5 (repeat (fn_2 2 (repeat c 1 (M 2.5 0 0 0)) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_2 2 (repeat c 1 (M 2.5 0 0 0)) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
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          "fn_8 0 (repeat (fn_7 c 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 c 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
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        {
          "fn_8 5 (repeat (fn_7 c 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 c 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
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        },
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          "fn_8 0 (repeat (fn_7 r 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 r 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
        },
        {
          "fn_8 2.5 (repeat (fn_7 r 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 r 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
        },
        {
          "fn_8 5 (repeat (fn_7 r 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 r 4 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 5 0))"
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          "fn_8 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) (repeat (fn_7 r 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 r 5 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) 0))"
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        {
          "fn_8 7.5 (repeat (fn_7 r 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (fn_7 r 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 7.5 0))"
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        {
          "fn_8 0 (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 1 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 0 0))"
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        {
          "fn_8 2.5 (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 2 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 2.5 0))"
        },
        {
          "fn_8 -2.5 (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 3 (fn_1 2.5 0)) 1 (fn_1 0 2.5)) (fn_1 -2.5 0))"
        },
        {
          "fn_8 7.5 (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5))": "(T (repeat (repeat (C (repeat c 1 (M 1.5 0 0 0)) (T (T (T l (fn_1 -0.5 0)) (M 1 (/ pi 2) 0 0)) (fn_1 (* 1 (* 0.5 (cos (/ pi 2)))) 0.5))) 6 (fn_1 -2.5 0)) 1 (fn_1 0 2.5)) (fn_1 7.5 0))"
        },
        {
          "fn_8 0 c": "(T c (fn_1 0 0))"
        },
        {
          "fn_8 -0.5 l": "(T l (fn_1 -0.5 0))"
        }
      ]
    },
    {
      "body": "(repeat (#1 (fn_1 #0 0)) 1 (fn_1 0 2.5))",
      "dreamcoder": "#(lambda (lambda (repeat ($0 (#(M 1 0) $1 0)) 1 (#(M 1 0) 0 2.5))))",
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      "name": "fn_9",
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        "(C (C (fn_5 (fn_3 1) (fn_3 0) (fn_8 7.75 (r_s 1 2.25))) (fn_8 (- 0 (* 0.5 (+ (fn_3 0) (* 2 0.5)))) (r_s 1 2.25))) (fn_8 (- 0 (* 0.5 (* (- 5 1) (+ 2 0.5)))) (fn_9 2.5 (fn_7 r 5))))",
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