dag_id int64 0 49 | task dict | answer listlengths 2 2 | question stringlengths 62 64 | context listlengths 2 2 | documents listlengths 2 2 | system_prompt stringclasses 1 value | dag_num_nodes int64 100 500 | dag_p_const float64 0.1 0.1 | dag_p_class float64 0.25 0.25 | dag_max_arity int64 5 5 | id int64 0 499 |
|---|---|---|---|---|---|---|---|---|---|---|---|
20 | {
"answer": [
"C10",
"f244"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f298"
},
"question": "List the immediate input nodes to f298. (Order does not matter.)",
"task_id": "local-seed20-t00000-task_parents-f298",
"task_type": "task_parents"
} | [
"C10",
"f244"
] | List the immediate input nodes to f298. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 200 |
20 | {
"answer": [
"f14",
"f61"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f69"
},
"question": "List the immediate input nodes to f69. (Order does not matter.)",
"task_id": "local-seed20-t00001-task_parents-f69",
"task_type": "task_parents"
} | [
"f14",
"f61"
] | List the immediate input nodes to f69. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 201 |
20 | {
"answer": [
"f113",
"f89"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f114"
},
"question": "List the immediate input nodes to f114. (Order does not matter.)",
"task_id": "local-seed20-t00002-task_parents-f114",
"task_type": "task_parents"
} | [
"f113",
"f89"
] | List the immediate input nodes to f114. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 202 |
20 | {
"answer": [
"C2",
"K139"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f295"
},
"question": "List the immediate input nodes to f295. (Order does not matter.)",
"task_id": "local-seed20-t00003-task_parents-f295",
"task_type": "task_parents"
} | [
"C2",
"K139"
] | List the immediate input nodes to f295. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 203 |
20 | {
"answer": [
"f187",
"f256"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f283"
},
"question": "List the immediate input nodes to f283. (Order does not matter.)",
"task_id": "local-seed20-t00004-task_parents-f283",
"task_type": "task_parents"
} | [
"f187",
"f256"
] | List the immediate input nodes to f283. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 204 |
20 | {
"answer": [
"K18",
"f27"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f52"
},
"question": "List the immediate input nodes to f52. (Order does not matter.)",
"task_id": "local-seed20-t00005-task_parents-f52",
"task_type": "task_parents"
} | [
"K18",
"f27"
] | List the immediate input nodes to f52. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 205 |
20 | {
"answer": [
"C87",
"f84"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f148"
},
"question": "List the immediate input nodes to f148. (Order does not matter.)",
"task_id": "local-seed20-t00006-task_parents-f148",
"task_type": "task_parents"
} | [
"C87",
"f84"
] | List the immediate input nodes to f148. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 206 |
20 | {
"answer": [
"f142",
"f224"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f255"
},
"question": "List the immediate input nodes to f255. (Order does not matter.)",
"task_id": "local-seed20-t00007-task_parents-f255",
"task_type": "task_parents"
} | [
"f142",
"f224"
] | List the immediate input nodes to f255. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 207 |
20 | {
"answer": [
"C23",
"C42"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f79"
},
"question": "List the immediate input nodes to f79. (Order does not matter.)",
"task_id": "local-seed20-t00008-task_parents-f79",
"task_type": "task_parents"
} | [
"C23",
"C42"
] | List the immediate input nodes to f79. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 208 |
20 | {
"answer": [
"C10",
"C12"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f17"
},
"question": "List the immediate input nodes to f17. (Order does not matter.)",
"task_id": "local-seed20-t00009-task_parents-f17",
"task_type": "task_parents"
} | [
"C10",
"C12"
] | List the immediate input nodes to f17. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | [
"def f298(a0, a1):\n a = a0 + 0 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 0",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n values[4] = K4(values[2], values[2])\n values[5] = C5\n values[6] = f6(... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 209 |
21 | {
"answer": [
"f29",
"f36"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f71"
},
"question": "List the immediate input nodes to f71. (Order does not matter.)",
"task_id": "local-seed21-t00000-task_parents-f71",
"task_type": "task_parents"
} | [
"f29",
"f36"
] | List the immediate input nodes to f71. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 210 |
21 | {
"answer": [
"f21",
"f90"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f163"
},
"question": "List the immediate input nodes to f163. (Order does not matter.)",
"task_id": "local-seed21-t00001-task_parents-f163",
"task_type": "task_parents"
} | [
"f21",
"f90"
] | List the immediate input nodes to f163. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 211 |
21 | {
"answer": [
"f12",
"f186"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f262"
},
"question": "List the immediate input nodes to f262. (Order does not matter.)",
"task_id": "local-seed21-t00002-task_parents-f262",
"task_type": "task_parents"
} | [
"f12",
"f186"
] | List the immediate input nodes to f262. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 212 |
21 | {
"answer": [
"f21",
"f90"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f163"
},
"question": "List the immediate input nodes to f163. (Order does not matter.)",
"task_id": "local-seed21-t00003-task_parents-f163",
"task_type": "task_parents"
} | [
"f21",
"f90"
] | List the immediate input nodes to f163. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 213 |
21 | {
"answer": [
"C3",
"f106"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f243"
},
"question": "List the immediate input nodes to f243. (Order does not matter.)",
"task_id": "local-seed21-t00004-task_parents-f243",
"task_type": "task_parents"
} | [
"C3",
"f106"
] | List the immediate input nodes to f243. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 214 |
21 | {
"answer": [
"f30",
"f91"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f109"
},
"question": "List the immediate input nodes to f109. (Order does not matter.)",
"task_id": "local-seed21-t00005-task_parents-f109",
"task_type": "task_parents"
} | [
"f30",
"f91"
] | List the immediate input nodes to f109. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 215 |
21 | {
"answer": [
"C33",
"f67"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f185"
},
"question": "List the immediate input nodes to f185. (Order does not matter.)",
"task_id": "local-seed21-t00006-task_parents-f185",
"task_type": "task_parents"
} | [
"C33",
"f67"
] | List the immediate input nodes to f185. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 216 |
21 | {
"answer": [
"f11",
"f38"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f89"
},
"question": "List the immediate input nodes to f89. (Order does not matter.)",
"task_id": "local-seed21-t00007-task_parents-f89",
"task_type": "task_parents"
} | [
"f11",
"f38"
] | List the immediate input nodes to f89. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 217 |
21 | {
"answer": [
"f179",
"f29"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f180"
},
"question": "List the immediate input nodes to f180. (Order does not matter.)",
"task_id": "local-seed21-t00008-task_parents-f180",
"task_type": "task_parents"
} | [
"f179",
"f29"
] | List the immediate input nodes to f180. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 218 |
21 | {
"answer": [
"f141",
"f186"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f196"
},
"question": "List the immediate input nodes to f196. (Order does not matter.)",
"task_id": "local-seed21-t00009-task_parents-f196",
"task_type": "task_parents"
} | [
"f141",
"f186"
] | List the immediate input nodes to f196. (Order does not matter.) | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | [
"def f298(a0, a1):\n t = (a0 * 31 + a1 * 17 + -28) % 26 + 0\n if t % 2 == 0:\n return t // 2\n else:\n return t + 11",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 219 |
22 | {
"answer": [
"f14",
"f37"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f68"
},
"question": "List the immediate input nodes to f68. (Order does not matter.)",
"task_id": "local-seed22-t00000-task_parents-f68",
"task_type": "task_parents"
} | [
"f14",
"f37"
] | List the immediate input nodes to f68. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 220 |
22 | {
"answer": [
"f106",
"f107"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f111"
},
"question": "List the immediate input nodes to f111. (Order does not matter.)",
"task_id": "local-seed22-t00001-task_parents-f111",
"task_type": "task_parents"
} | [
"f106",
"f107"
] | List the immediate input nodes to f111. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 221 |
22 | {
"answer": [
"f10",
"f2"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f13"
},
"question": "List the immediate input nodes to f13. (Order does not matter.)",
"task_id": "local-seed22-t00002-task_parents-f13",
"task_type": "task_parents"
} | [
"f10",
"f2"
] | List the immediate input nodes to f13. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 222 |
22 | {
"answer": [
"K55",
"f106"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f255"
},
"question": "List the immediate input nodes to f255. (Order does not matter.)",
"task_id": "local-seed22-t00003-task_parents-f255",
"task_type": "task_parents"
} | [
"K55",
"f106"
] | List the immediate input nodes to f255. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 223 |
22 | {
"answer": [
"f131",
"f179"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f187"
},
"question": "List the immediate input nodes to f187. (Order does not matter.)",
"task_id": "local-seed22-t00004-task_parents-f187",
"task_type": "task_parents"
} | [
"f131",
"f179"
] | List the immediate input nodes to f187. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 224 |
22 | {
"answer": [
"f24",
"f57"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f91"
},
"question": "List the immediate input nodes to f91. (Order does not matter.)",
"task_id": "local-seed22-t00005-task_parents-f91",
"task_type": "task_parents"
} | [
"f24",
"f57"
] | List the immediate input nodes to f91. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 225 |
22 | {
"answer": [
"C290",
"f132"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f291"
},
"question": "List the immediate input nodes to f291. (Order does not matter.)",
"task_id": "local-seed22-t00006-task_parents-f291",
"task_type": "task_parents"
} | [
"C290",
"f132"
] | List the immediate input nodes to f291. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 226 |
22 | {
"answer": [
"C1",
"C60"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f62"
},
"question": "List the immediate input nodes to f62. (Order does not matter.)",
"task_id": "local-seed22-t00007-task_parents-f62",
"task_type": "task_parents"
} | [
"C1",
"C60"
] | List the immediate input nodes to f62. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 227 |
22 | {
"answer": [
"f130",
"f240"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f272"
},
"question": "List the immediate input nodes to f272. (Order does not matter.)",
"task_id": "local-seed22-t00008-task_parents-f272",
"task_type": "task_parents"
} | [
"f130",
"f240"
] | List the immediate input nodes to f272. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 228 |
22 | {
"answer": [
"f57",
"f57"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f154"
},
"question": "List the immediate input nodes to f154. (Order does not matter.)",
"task_id": "local-seed22-t00009-task_parents-f154",
"task_type": "task_parents"
} | [
"f57",
"f57"
] | List the immediate input nodes to f154. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = f2(values[1], values[1])\n values[3] = f3(values[2], values[2])\n values[4] = f4(values[2], values[2])\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 229 |
23 | {
"answer": [
"C29",
"f13"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f134"
},
"question": "List the immediate input nodes to f134. (Order does not matter.)",
"task_id": "local-seed23-t00000-task_parents-f134",
"task_type": "task_parents"
} | [
"C29",
"f13"
] | List the immediate input nodes to f134. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 230 |
23 | {
"answer": [
"C29",
"C3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f47"
},
"question": "List the immediate input nodes to f47. (Order does not matter.)",
"task_id": "local-seed23-t00001-task_parents-f47",
"task_type": "task_parents"
} | [
"C29",
"C3"
] | List the immediate input nodes to f47. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 231 |
23 | {
"answer": [
"C3",
"C3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f14"
},
"question": "List the immediate input nodes to f14. (Order does not matter.)",
"task_id": "local-seed23-t00002-task_parents-f14",
"task_type": "task_parents"
} | [
"C3",
"C3"
] | List the immediate input nodes to f14. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 232 |
23 | {
"answer": [
"f153",
"f154"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f237"
},
"question": "List the immediate input nodes to f237. (Order does not matter.)",
"task_id": "local-seed23-t00003-task_parents-f237",
"task_type": "task_parents"
} | [
"f153",
"f154"
] | List the immediate input nodes to f237. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 233 |
23 | {
"answer": [
"f114",
"f134"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f140"
},
"question": "List the immediate input nodes to f140. (Order does not matter.)",
"task_id": "local-seed23-t00004-task_parents-f140",
"task_type": "task_parents"
} | [
"f114",
"f134"
] | List the immediate input nodes to f140. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 234 |
23 | {
"answer": [
"K179",
"f71"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f182"
},
"question": "List the immediate input nodes to f182. (Order does not matter.)",
"task_id": "local-seed23-t00005-task_parents-f182",
"task_type": "task_parents"
} | [
"K179",
"f71"
] | List the immediate input nodes to f182. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 235 |
23 | {
"answer": [
"f54",
"f91"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f168"
},
"question": "List the immediate input nodes to f168. (Order does not matter.)",
"task_id": "local-seed23-t00006-task_parents-f168",
"task_type": "task_parents"
} | [
"f54",
"f91"
] | List the immediate input nodes to f168. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 236 |
23 | {
"answer": [
"f125",
"f60"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f214"
},
"question": "List the immediate input nodes to f214. (Order does not matter.)",
"task_id": "local-seed23-t00007-task_parents-f214",
"task_type": "task_parents"
} | [
"f125",
"f60"
] | List the immediate input nodes to f214. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 237 |
23 | {
"answer": [
"f108",
"f24"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f155"
},
"question": "List the immediate input nodes to f155. (Order does not matter.)",
"task_id": "local-seed23-t00008-task_parents-f155",
"task_type": "task_parents"
} | [
"f108",
"f24"
] | List the immediate input nodes to f155. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 238 |
23 | {
"answer": [
"f47",
"f50"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f61"
},
"question": "List the immediate input nodes to f61. (Order does not matter.)",
"task_id": "local-seed23-t00009-task_parents-f61",
"task_type": "task_parents"
} | [
"f47",
"f50"
] | List the immediate input nodes to f61. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 5) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = K4(value... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 239 |
24 | {
"answer": [
"f102",
"f242"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f276"
},
"question": "List the immediate input nodes to f276. (Order does not matter.)",
"task_id": "local-seed24-t00000-task_parents-f276",
"task_type": "task_parents"
} | [
"f102",
"f242"
] | List the immediate input nodes to f276. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 240 |
24 | {
"answer": [
"K82",
"f65"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f153"
},
"question": "List the immediate input nodes to f153. (Order does not matter.)",
"task_id": "local-seed24-t00001-task_parents-f153",
"task_type": "task_parents"
} | [
"K82",
"f65"
] | List the immediate input nodes to f153. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 241 |
24 | {
"answer": [
"f216",
"f22"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f227"
},
"question": "List the immediate input nodes to f227. (Order does not matter.)",
"task_id": "local-seed24-t00002-task_parents-f227",
"task_type": "task_parents"
} | [
"f216",
"f22"
] | List the immediate input nodes to f227. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 242 |
24 | {
"answer": [
"C12",
"f17"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f76"
},
"question": "List the immediate input nodes to f76. (Order does not matter.)",
"task_id": "local-seed24-t00003-task_parents-f76",
"task_type": "task_parents"
} | [
"C12",
"f17"
] | List the immediate input nodes to f76. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 243 |
24 | {
"answer": [
"f18",
"f61"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f90"
},
"question": "List the immediate input nodes to f90. (Order does not matter.)",
"task_id": "local-seed24-t00004-task_parents-f90",
"task_type": "task_parents"
} | [
"f18",
"f61"
] | List the immediate input nodes to f90. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 244 |
24 | {
"answer": [
"f22",
"f43"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f70"
},
"question": "List the immediate input nodes to f70. (Order does not matter.)",
"task_id": "local-seed24-t00005-task_parents-f70",
"task_type": "task_parents"
} | [
"f22",
"f43"
] | List the immediate input nodes to f70. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 245 |
24 | {
"answer": [
"f32",
"f49"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f80"
},
"question": "List the immediate input nodes to f80. (Order does not matter.)",
"task_id": "local-seed24-t00006-task_parents-f80",
"task_type": "task_parents"
} | [
"f32",
"f49"
] | List the immediate input nodes to f80. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 246 |
24 | {
"answer": [
"K35",
"f36"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f71"
},
"question": "List the immediate input nodes to f71. (Order does not matter.)",
"task_id": "local-seed24-t00007-task_parents-f71",
"task_type": "task_parents"
} | [
"K35",
"f36"
] | List the immediate input nodes to f71. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 247 |
24 | {
"answer": [
"f196",
"f200"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f261"
},
"question": "List the immediate input nodes to f261. (Order does not matter.)",
"task_id": "local-seed24-t00008-task_parents-f261",
"task_type": "task_parents"
} | [
"f196",
"f200"
] | List the immediate input nodes to f261. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 248 |
24 | {
"answer": [
"f109",
"f259"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f264"
},
"question": "List the immediate input nodes to f264. (Order does not matter.)",
"task_id": "local-seed24-t00009-task_parents-f264",
"task_type": "task_parents"
} | [
"f109",
"f259"
] | List the immediate input nodes to f264. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 249 |
25 | {
"answer": [
"f21",
"f64"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f153"
},
"question": "List the immediate input nodes to f153. (Order does not matter.)",
"task_id": "local-seed25-t00000-task_parents-f153",
"task_type": "task_parents"
} | [
"f21",
"f64"
] | List the immediate input nodes to f153. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 250 |
25 | {
"answer": [
"C6",
"f13"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f14"
},
"question": "List the immediate input nodes to f14. (Order does not matter.)",
"task_id": "local-seed25-t00001-task_parents-f14",
"task_type": "task_parents"
} | [
"C6",
"f13"
] | List the immediate input nodes to f14. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 251 |
25 | {
"answer": [
"f22",
"f68"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f90"
},
"question": "List the immediate input nodes to f90. (Order does not matter.)",
"task_id": "local-seed25-t00002-task_parents-f90",
"task_type": "task_parents"
} | [
"f22",
"f68"
] | List the immediate input nodes to f90. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 252 |
25 | {
"answer": [
"f63",
"f98"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f131"
},
"question": "List the immediate input nodes to f131. (Order does not matter.)",
"task_id": "local-seed25-t00003-task_parents-f131",
"task_type": "task_parents"
} | [
"f63",
"f98"
] | List the immediate input nodes to f131. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 253 |
25 | {
"answer": [
"C2",
"f135"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f263"
},
"question": "List the immediate input nodes to f263. (Order does not matter.)",
"task_id": "local-seed25-t00004-task_parents-f263",
"task_type": "task_parents"
} | [
"C2",
"f135"
] | List the immediate input nodes to f263. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 254 |
25 | {
"answer": [
"C0",
"f132"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f192"
},
"question": "List the immediate input nodes to f192. (Order does not matter.)",
"task_id": "local-seed25-t00005-task_parents-f192",
"task_type": "task_parents"
} | [
"C0",
"f132"
] | List the immediate input nodes to f192. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 255 |
25 | {
"answer": [
"C6",
"f14"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f22"
},
"question": "List the immediate input nodes to f22. (Order does not matter.)",
"task_id": "local-seed25-t00006-task_parents-f22",
"task_type": "task_parents"
} | [
"C6",
"f14"
] | List the immediate input nodes to f22. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 256 |
25 | {
"answer": [
"f93",
"f94"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f107"
},
"question": "List the immediate input nodes to f107. (Order does not matter.)",
"task_id": "local-seed25-t00007-task_parents-f107",
"task_type": "task_parents"
} | [
"f93",
"f94"
] | List the immediate input nodes to f107. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 257 |
25 | {
"answer": [
"C12",
"f19"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f20"
},
"question": "List the immediate input nodes to f20. (Order does not matter.)",
"task_id": "local-seed25-t00008-task_parents-f20",
"task_type": "task_parents"
} | [
"C12",
"f19"
] | List the immediate input nodes to f20. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 258 |
25 | {
"answer": [
"f63",
"f98"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f131"
},
"question": "List the immediate input nodes to f131. (Order does not matter.)",
"task_id": "local-seed25-t00009-task_parents-f131",
"task_type": "task_parents"
} | [
"f63",
"f98"
] | List the immediate input nodes to f131. (Order does not matter.) | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | [
"def f299(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 7) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = C3\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 259 |
26 | {
"answer": [
"f6",
"f76"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f93"
},
"question": "List the immediate input nodes to f93. (Order does not matter.)",
"task_id": "local-seed26-t00000-task_parents-f93",
"task_type": "task_parents"
} | [
"f6",
"f76"
] | List the immediate input nodes to f93. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 260 |
26 | {
"answer": [
"f147",
"f269"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f290"
},
"question": "List the immediate input nodes to f290. (Order does not matter.)",
"task_id": "local-seed26-t00001-task_parents-f290",
"task_type": "task_parents"
} | [
"f147",
"f269"
] | List the immediate input nodes to f290. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 261 |
26 | {
"answer": [
"f16",
"f83"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f94"
},
"question": "List the immediate input nodes to f94. (Order does not matter.)",
"task_id": "local-seed26-t00002-task_parents-f94",
"task_type": "task_parents"
} | [
"f16",
"f83"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 262 |
26 | {
"answer": [
"C59",
"f108"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f193"
},
"question": "List the immediate input nodes to f193. (Order does not matter.)",
"task_id": "local-seed26-t00003-task_parents-f193",
"task_type": "task_parents"
} | [
"C59",
"f108"
] | List the immediate input nodes to f193. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 263 |
26 | {
"answer": [
"f242",
"f81"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f262"
},
"question": "List the immediate input nodes to f262. (Order does not matter.)",
"task_id": "local-seed26-t00004-task_parents-f262",
"task_type": "task_parents"
} | [
"f242",
"f81"
] | List the immediate input nodes to f262. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 264 |
26 | {
"answer": [
"C231",
"f177"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f241"
},
"question": "List the immediate input nodes to f241. (Order does not matter.)",
"task_id": "local-seed26-t00005-task_parents-f241",
"task_type": "task_parents"
} | [
"C231",
"f177"
] | List the immediate input nodes to f241. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 265 |
26 | {
"answer": [
"f16",
"f30"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f33"
},
"question": "List the immediate input nodes to f33. (Order does not matter.)",
"task_id": "local-seed26-t00006-task_parents-f33",
"task_type": "task_parents"
} | [
"f16",
"f30"
] | List the immediate input nodes to f33. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 266 |
26 | {
"answer": [
"C47",
"f5"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f67"
},
"question": "List the immediate input nodes to f67. (Order does not matter.)",
"task_id": "local-seed26-t00007-task_parents-f67",
"task_type": "task_parents"
} | [
"C47",
"f5"
] | List the immediate input nodes to f67. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 267 |
26 | {
"answer": [
"f16",
"f99"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f218"
},
"question": "List the immediate input nodes to f218. (Order does not matter.)",
"task_id": "local-seed26-t00008-task_parents-f218",
"task_type": "task_parents"
} | [
"f16",
"f99"
] | List the immediate input nodes to f218. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 268 |
26 | {
"answer": [
"K15",
"f6"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f19"
},
"question": "List the immediate input nodes to f19. (Order does not matter.)",
"task_id": "local-seed26-t00009-task_parents-f19",
"task_type": "task_parents"
} | [
"K15",
"f6"
] | List the immediate input nodes to f19. (Order does not matter.) | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | [
"def f297(a0, a1):\n acc = 0\n out = []\n base = abs(a1 + 17 + 4) + 1\n for x in a0:\n acc = (acc + x) % base\n out.append(acc)\n return out",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = K3(values[2], values[2])\n ... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 269 |
27 | {
"answer": [
"f189",
"f218"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f266"
},
"question": "List the immediate input nodes to f266. (Order does not matter.)",
"task_id": "local-seed27-t00000-task_parents-f266",
"task_type": "task_parents"
} | [
"f189",
"f218"
] | List the immediate input nodes to f266. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 270 |
27 | {
"answer": [
"f59",
"f66"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f203"
},
"question": "List the immediate input nodes to f203. (Order does not matter.)",
"task_id": "local-seed27-t00001-task_parents-f203",
"task_type": "task_parents"
} | [
"f59",
"f66"
] | List the immediate input nodes to f203. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 271 |
27 | {
"answer": [
"f221",
"f28"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f287"
},
"question": "List the immediate input nodes to f287. (Order does not matter.)",
"task_id": "local-seed27-t00002-task_parents-f287",
"task_type": "task_parents"
} | [
"f221",
"f28"
] | List the immediate input nodes to f287. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 272 |
27 | {
"answer": [
"f114",
"f86"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f127"
},
"question": "List the immediate input nodes to f127. (Order does not matter.)",
"task_id": "local-seed27-t00003-task_parents-f127",
"task_type": "task_parents"
} | [
"f114",
"f86"
] | List the immediate input nodes to f127. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 273 |
27 | {
"answer": [
"C20",
"f21"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f130"
},
"question": "List the immediate input nodes to f130. (Order does not matter.)",
"task_id": "local-seed27-t00004-task_parents-f130",
"task_type": "task_parents"
} | [
"C20",
"f21"
] | List the immediate input nodes to f130. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 274 |
27 | {
"answer": [
"f45",
"f70"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f94"
},
"question": "List the immediate input nodes to f94. (Order does not matter.)",
"task_id": "local-seed27-t00005-task_parents-f94",
"task_type": "task_parents"
} | [
"f45",
"f70"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 275 |
27 | {
"answer": [
"C1",
"C30"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f40"
},
"question": "List the immediate input nodes to f40. (Order does not matter.)",
"task_id": "local-seed27-t00006-task_parents-f40",
"task_type": "task_parents"
} | [
"C1",
"C30"
] | List the immediate input nodes to f40. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 276 |
27 | {
"answer": [
"C3",
"f28"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f35"
},
"question": "List the immediate input nodes to f35. (Order does not matter.)",
"task_id": "local-seed27-t00007-task_parents-f35",
"task_type": "task_parents"
} | [
"C3",
"f28"
] | List the immediate input nodes to f35. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 277 |
27 | {
"answer": [
"f23",
"f59"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f118"
},
"question": "List the immediate input nodes to f118. (Order does not matter.)",
"task_id": "local-seed27-t00008-task_parents-f118",
"task_type": "task_parents"
} | [
"f23",
"f59"
] | List the immediate input nodes to f118. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 278 |
27 | {
"answer": [
"C119",
"f168"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f225"
},
"question": "List the immediate input nodes to f225. (Order does not matter.)",
"task_id": "local-seed27-t00009-task_parents-f225",
"task_type": "task_parents"
} | [
"C119",
"f168"
] | List the immediate input nodes to f225. (Order does not matter.) | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | [
"def f299(a0, a1):\n return a0(a1)",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = K8(values[7], values[7])\n values[9] = f9(values[6], valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 279 |
28 | {
"answer": [
"K11",
"f12"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f47"
},
"question": "List the immediate input nodes to f47. (Order does not matter.)",
"task_id": "local-seed28-t00000-task_parents-f47",
"task_type": "task_parents"
} | [
"K11",
"f12"
] | List the immediate input nodes to f47. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 280 |
28 | {
"answer": [
"C3",
"f271"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f286"
},
"question": "List the immediate input nodes to f286. (Order does not matter.)",
"task_id": "local-seed28-t00001-task_parents-f286",
"task_type": "task_parents"
} | [
"C3",
"f271"
] | List the immediate input nodes to f286. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 281 |
28 | {
"answer": [
"f14",
"f54"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f55"
},
"question": "List the immediate input nodes to f55. (Order does not matter.)",
"task_id": "local-seed28-t00002-task_parents-f55",
"task_type": "task_parents"
} | [
"f14",
"f54"
] | List the immediate input nodes to f55. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 282 |
28 | {
"answer": [
"C73",
"f146"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f211"
},
"question": "List the immediate input nodes to f211. (Order does not matter.)",
"task_id": "local-seed28-t00003-task_parents-f211",
"task_type": "task_parents"
} | [
"C73",
"f146"
] | List the immediate input nodes to f211. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 283 |
28 | {
"answer": [
"f115",
"f34"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f229"
},
"question": "List the immediate input nodes to f229. (Order does not matter.)",
"task_id": "local-seed28-t00004-task_parents-f229",
"task_type": "task_parents"
} | [
"f115",
"f34"
] | List the immediate input nodes to f229. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 284 |
28 | {
"answer": [
"f173",
"f240"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f274"
},
"question": "List the immediate input nodes to f274. (Order does not matter.)",
"task_id": "local-seed28-t00005-task_parents-f274",
"task_type": "task_parents"
} | [
"f173",
"f240"
] | List the immediate input nodes to f274. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 285 |
28 | {
"answer": [
"f18",
"f45"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f72"
},
"question": "List the immediate input nodes to f72. (Order does not matter.)",
"task_id": "local-seed28-t00006-task_parents-f72",
"task_type": "task_parents"
} | [
"f18",
"f45"
] | List the immediate input nodes to f72. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 286 |
28 | {
"answer": [
"C4",
"f12"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f87"
},
"question": "List the immediate input nodes to f87. (Order does not matter.)",
"task_id": "local-seed28-t00007-task_parents-f87",
"task_type": "task_parents"
} | [
"C4",
"f12"
] | List the immediate input nodes to f87. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 287 |
28 | {
"answer": [
"f14",
"f54"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f55"
},
"question": "List the immediate input nodes to f55. (Order does not matter.)",
"task_id": "local-seed28-t00008-task_parents-f55",
"task_type": "task_parents"
} | [
"f14",
"f54"
] | List the immediate input nodes to f55. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 288 |
28 | {
"answer": [
"f125",
"f235"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f243"
},
"question": "List the immediate input nodes to f243. (Order does not matter.)",
"task_id": "local-seed28-t00009-task_parents-f243",
"task_type": "task_parents"
} | [
"f125",
"f235"
] | List the immediate input nodes to f243. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | [
"def f298(a0, a1):\n a = a0 + -4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = K5(values[3], values[3])\n values[6] = C6\n values[7] = C7\... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 289 |
29 | {
"answer": [
"C120",
"f209"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f228"
},
"question": "List the immediate input nodes to f228. (Order does not matter.)",
"task_id": "local-seed29-t00000-task_parents-f228",
"task_type": "task_parents"
} | [
"C120",
"f209"
] | List the immediate input nodes to f228. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 290 |
29 | {
"answer": [
"C32",
"C36"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f39"
},
"question": "List the immediate input nodes to f39. (Order does not matter.)",
"task_id": "local-seed29-t00001-task_parents-f39",
"task_type": "task_parents"
} | [
"C32",
"C36"
] | List the immediate input nodes to f39. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 291 |
29 | {
"answer": [
"f18",
"f75"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f143"
},
"question": "List the immediate input nodes to f143. (Order does not matter.)",
"task_id": "local-seed29-t00002-task_parents-f143",
"task_type": "task_parents"
} | [
"f18",
"f75"
] | List the immediate input nodes to f143. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 292 |
29 | {
"answer": [
"f146",
"f84"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f243"
},
"question": "List the immediate input nodes to f243. (Order does not matter.)",
"task_id": "local-seed29-t00003-task_parents-f243",
"task_type": "task_parents"
} | [
"f146",
"f84"
] | List the immediate input nodes to f243. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 293 |
29 | {
"answer": [
"f182",
"f39"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f245"
},
"question": "List the immediate input nodes to f245. (Order does not matter.)",
"task_id": "local-seed29-t00004-task_parents-f245",
"task_type": "task_parents"
} | [
"f182",
"f39"
] | List the immediate input nodes to f245. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 294 |
29 | {
"answer": [
"C36",
"f8"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f124"
},
"question": "List the immediate input nodes to f124. (Order does not matter.)",
"task_id": "local-seed29-t00005-task_parents-f124",
"task_type": "task_parents"
} | [
"C36",
"f8"
] | List the immediate input nodes to f124. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 295 |
29 | {
"answer": [
"f18",
"f8"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f45"
},
"question": "List the immediate input nodes to f45. (Order does not matter.)",
"task_id": "local-seed29-t00006-task_parents-f45",
"task_type": "task_parents"
} | [
"f18",
"f8"
] | List the immediate input nodes to f45. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 296 |
29 | {
"answer": [
"f126",
"f73"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f210"
},
"question": "List the immediate input nodes to f210. (Order does not matter.)",
"task_id": "local-seed29-t00007-task_parents-f210",
"task_type": "task_parents"
} | [
"f126",
"f73"
] | List the immediate input nodes to f210. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 297 |
29 | {
"answer": [
"f18",
"f75"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f143"
},
"question": "List the immediate input nodes to f143. (Order does not matter.)",
"task_id": "local-seed29-t00008-task_parents-f143",
"task_type": "task_parents"
} | [
"f18",
"f75"
] | List the immediate input nodes to f143. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 298 |
29 | {
"answer": [
"f136",
"f8"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f162"
},
"question": "List the immediate input nodes to f162. (Order does not matter.)",
"task_id": "local-seed29-t00009-task_parents-f162",
"task_type": "task_parents"
} | [
"f136",
"f8"
] | List the immediate input nodes to f162. (Order does not matter.) | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | [
"def f298(a0, a1):\n a = a0 + 4 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 4",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = C4\n values[5] = C5\n values[6] = C6\n values[7] = C7\n values[8] = f8(valu... | You are given a Python module and a question about its dependency graph. Answer strictly in the requested format.
Return your answer as JSON only.
- If the answer is a list, return a JSON array of strings.
- If the answer is an integer, return a JSON number.
- If the answer is Yes/No, return a JSON string: "Yes" or "No".
- Do not include extra keys or commentary. | 300 | 0.1 | 0.25 | 5 | 299 |
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