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 |
|---|---|---|---|---|---|---|---|---|---|---|---|
0 | {
"answer": [
"C8",
"K21"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f75"
},
"question": "List the immediate input nodes to f75. (Order does not matter.)",
"task_id": "local-seed0-t00000-task_parents-f75",
"task_type": "task_parents"
} | [
"C8",
"K21"
] | List the immediate input nodes to f75. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 0 |
0 | {
"answer": [
"K21",
"f54"
],
"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-seed0-t00001-task_parents-f79",
"task_type": "task_parents"
} | [
"K21",
"f54"
] | List the immediate input nodes to f79. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 1 |
0 | {
"answer": [
"C3",
"C8"
],
"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-seed0-t00002-task_parents-f17",
"task_type": "task_parents"
} | [
"C3",
"C8"
] | List the immediate input nodes to f17. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 2 |
0 | {
"answer": [
"C0",
"f55"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f56"
},
"question": "List the immediate input nodes to f56. (Order does not matter.)",
"task_id": "local-seed0-t00003-task_parents-f56",
"task_type": "task_parents"
} | [
"C0",
"f55"
] | List the immediate input nodes to f56. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 3 |
0 | {
"answer": [
"K86",
"f54"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f95"
},
"question": "List the immediate input nodes to f95. (Order does not matter.)",
"task_id": "local-seed0-t00004-task_parents-f95",
"task_type": "task_parents"
} | [
"K86",
"f54"
] | List the immediate input nodes to f95. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 4 |
0 | {
"answer": [
"f34",
"f42"
],
"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-seed0-t00005-task_parents-f91",
"task_type": "task_parents"
} | [
"f34",
"f42"
] | List the immediate input nodes to f91. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 5 |
0 | {
"answer": [
"C2",
"f19"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f77"
},
"question": "List the immediate input nodes to f77. (Order does not matter.)",
"task_id": "local-seed0-t00006-task_parents-f77",
"task_type": "task_parents"
} | [
"C2",
"f19"
] | List the immediate input nodes to f77. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 6 |
0 | {
"answer": [
"f30",
"f42"
],
"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-seed0-t00007-task_parents-f62",
"task_type": "task_parents"
} | [
"f30",
"f42"
] | List the immediate input nodes to f62. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 7 |
0 | {
"answer": [
"f34",
"f39"
],
"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-seed0-t00008-task_parents-f90",
"task_type": "task_parents"
} | [
"f34",
"f39"
] | List the immediate input nodes to f90. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 8 |
0 | {
"answer": [
"f37",
"f42"
],
"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-seed0-t00009-task_parents-f70",
"task_type": "task_parents"
} | [
"f37",
"f42"
] | List the immediate input nodes to f70. (Order does not matter.) | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\n ... | [
"def f97(a0, a1):\n a = a0 + -5 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -5",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 9 |
1 | {
"answer": [
"C0",
"C0"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f16"
},
"question": "List the immediate input nodes to f16. (Order does not matter.)",
"task_id": "local-seed1-t00000-task_parents-f16",
"task_type": "task_parents"
} | [
"C0",
"C0"
] | List the immediate input nodes to f16. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 10 |
1 | {
"answer": [
"f24",
"f42"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f66"
},
"question": "List the immediate input nodes to f66. (Order does not matter.)",
"task_id": "local-seed1-t00001-task_parents-f66",
"task_type": "task_parents"
} | [
"f24",
"f42"
] | List the immediate input nodes to f66. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 11 |
1 | {
"answer": [
"f19",
"f38"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f98"
},
"question": "List the immediate input nodes to f98. (Order does not matter.)",
"task_id": "local-seed1-t00002-task_parents-f98",
"task_type": "task_parents"
} | [
"f19",
"f38"
] | List the immediate input nodes to f98. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 12 |
1 | {
"answer": [
"f19",
"f55"
],
"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-seed1-t00003-task_parents-f94",
"task_type": "task_parents"
} | [
"f19",
"f55"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 13 |
1 | {
"answer": [
"C0",
"C0"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f10"
},
"question": "List the immediate input nodes to f10. (Order does not matter.)",
"task_id": "local-seed1-t00004-task_parents-f10",
"task_type": "task_parents"
} | [
"C0",
"C0"
] | List the immediate input nodes to f10. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 14 |
1 | {
"answer": [
"C1",
"f19"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f31"
},
"question": "List the immediate input nodes to f31. (Order does not matter.)",
"task_id": "local-seed1-t00005-task_parents-f31",
"task_type": "task_parents"
} | [
"C1",
"f19"
] | List the immediate input nodes to f31. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 15 |
1 | {
"answer": [
"f14",
"f14"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f15"
},
"question": "List the immediate input nodes to f15. (Order does not matter.)",
"task_id": "local-seed1-t00006-task_parents-f15",
"task_type": "task_parents"
} | [
"f14",
"f14"
] | List the immediate input nodes to f15. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 16 |
1 | {
"answer": [
"f50",
"f55"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f58"
},
"question": "List the immediate input nodes to f58. (Order does not matter.)",
"task_id": "local-seed1-t00007-task_parents-f58",
"task_type": "task_parents"
} | [
"f50",
"f55"
] | List the immediate input nodes to f58. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 17 |
1 | {
"answer": [
"f19",
"f55"
],
"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-seed1-t00008-task_parents-f94",
"task_type": "task_parents"
} | [
"f19",
"f55"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 18 |
1 | {
"answer": [
"f39",
"f50"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f54"
},
"question": "List the immediate input nodes to f54. (Order does not matter.)",
"task_id": "local-seed1-t00009-task_parents-f54",
"task_type": "task_parents"
} | [
"f39",
"f50"
] | List the immediate input nodes to f54. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | [
"def f99(a0, a1):\n a = a0 + -9 > a1\n b = a0 % 2 == 1\n return a and b or a1 < -9",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = K2(values[0], values[0])\n values[3] = f3(values[0], values[0])\n values[4] = C4\n values[5] = f5(values[1], values[0... | 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. | 100 | 0.1 | 0.25 | 5 | 19 |
2 | {
"answer": [
"C0",
"f4"
],
"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-seed2-t00000-task_parents-f19",
"task_type": "task_parents"
} | [
"C0",
"f4"
] | List the immediate input nodes to f19. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 20 |
2 | {
"answer": [
"C0",
"f19"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f23"
},
"question": "List the immediate input nodes to f23. (Order does not matter.)",
"task_id": "local-seed2-t00001-task_parents-f23",
"task_type": "task_parents"
} | [
"C0",
"f19"
] | List the immediate input nodes to f23. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 21 |
2 | {
"answer": [
"K5",
"f19"
],
"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-seed2-t00002-task_parents-f22",
"task_type": "task_parents"
} | [
"K5",
"f19"
] | List the immediate input nodes to f22. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 22 |
2 | {
"answer": [
"K47",
"f46"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f73"
},
"question": "List the immediate input nodes to f73. (Order does not matter.)",
"task_id": "local-seed2-t00003-task_parents-f73",
"task_type": "task_parents"
} | [
"K47",
"f46"
] | List the immediate input nodes to f73. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 23 |
2 | {
"answer": [
"f29",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f38"
},
"question": "List the immediate input nodes to f38. (Order does not matter.)",
"task_id": "local-seed2-t00004-task_parents-f38",
"task_type": "task_parents"
} | [
"f29",
"f9"
] | List the immediate input nodes to f38. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 24 |
2 | {
"answer": [
"f25",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f65"
},
"question": "List the immediate input nodes to f65. (Order does not matter.)",
"task_id": "local-seed2-t00005-task_parents-f65",
"task_type": "task_parents"
} | [
"f25",
"f9"
] | List the immediate input nodes to f65. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 25 |
2 | {
"answer": [
"f27",
"f46"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f54"
},
"question": "List the immediate input nodes to f54. (Order does not matter.)",
"task_id": "local-seed2-t00006-task_parents-f54",
"task_type": "task_parents"
} | [
"f27",
"f46"
] | List the immediate input nodes to f54. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 26 |
2 | {
"answer": [
"f29",
"f38"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f44"
},
"question": "List the immediate input nodes to f44. (Order does not matter.)",
"task_id": "local-seed2-t00007-task_parents-f44",
"task_type": "task_parents"
} | [
"f29",
"f38"
] | List the immediate input nodes to f44. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 27 |
2 | {
"answer": [
"C0",
"C2"
],
"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-seed2-t00008-task_parents-f14",
"task_type": "task_parents"
} | [
"C0",
"C2"
] | List the immediate input nodes to f14. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 28 |
2 | {
"answer": [
"f26",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f37"
},
"question": "List the immediate input nodes to f37. (Order does not matter.)",
"task_id": "local-seed2-t00009-task_parents-f37",
"task_type": "task_parents"
} | [
"f26",
"f9"
] | List the immediate input nodes to f37. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | [
"def f99(a0, a1):\n a = a0 + 1 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 1",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = f1(values[0], values[0])\n values[2] = C2\n values[3] = K3(values[0], values[0])\n values[4] = f4(values[3], values[0])\n values[5] = K5... | 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. | 100 | 0.1 | 0.25 | 5 | 29 |
3 | {
"answer": [
"C53",
"f24"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f54"
},
"question": "List the immediate input nodes to f54. (Order does not matter.)",
"task_id": "local-seed3-t00000-task_parents-f54",
"task_type": "task_parents"
} | [
"C53",
"f24"
] | List the immediate input nodes to f54. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 30 |
3 | {
"answer": [
"f19",
"f8"
],
"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-seed3-t00001-task_parents-f33",
"task_type": "task_parents"
} | [
"f19",
"f8"
] | List the immediate input nodes to f33. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 31 |
3 | {
"answer": [
"f27",
"f50"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f78"
},
"question": "List the immediate input nodes to f78. (Order does not matter.)",
"task_id": "local-seed3-t00002-task_parents-f78",
"task_type": "task_parents"
} | [
"f27",
"f50"
] | List the immediate input nodes to f78. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 32 |
3 | {
"answer": [
"K57",
"f14"
],
"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-seed3-t00003-task_parents-f94",
"task_type": "task_parents"
} | [
"K57",
"f14"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 33 |
3 | {
"answer": [
"C3",
"f18"
],
"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-seed3-t00004-task_parents-f22",
"task_type": "task_parents"
} | [
"C3",
"f18"
] | List the immediate input nodes to f22. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 34 |
3 | {
"answer": [
"f8",
"f8"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f10"
},
"question": "List the immediate input nodes to f10. (Order does not matter.)",
"task_id": "local-seed3-t00005-task_parents-f10",
"task_type": "task_parents"
} | [
"f8",
"f8"
] | List the immediate input nodes to f10. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 35 |
3 | {
"answer": [
"K57",
"f14"
],
"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-seed3-t00006-task_parents-f94",
"task_type": "task_parents"
} | [
"K57",
"f14"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 36 |
3 | {
"answer": [
"f14",
"f37"
],
"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-seed3-t00007-task_parents-f61",
"task_type": "task_parents"
} | [
"f14",
"f37"
] | List the immediate input nodes to f61. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 37 |
3 | {
"answer": [
"f30",
"f47"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f50"
},
"question": "List the immediate input nodes to f50. (Order does not matter.)",
"task_id": "local-seed3-t00008-task_parents-f50",
"task_type": "task_parents"
} | [
"f30",
"f47"
] | List the immediate input nodes to f50. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 38 |
3 | {
"answer": [
"f19",
"f33"
],
"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-seed3-t00009-task_parents-f45",
"task_type": "task_parents"
} | [
"f19",
"f33"
] | List the immediate input nodes to f45. (Order does not matter.) | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | [
"def f99(a0, a1):\n total = 0\n for key in sorted(a0):\n total += a0[key] + len(key) % 3 * a1 * 4\n return total",
"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 v... | 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. | 100 | 0.1 | 0.25 | 5 | 39 |
4 | {
"answer": [
"C27",
"K39"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f44"
},
"question": "List the immediate input nodes to f44. (Order does not matter.)",
"task_id": "local-seed4-t00000-task_parents-f44",
"task_type": "task_parents"
} | [
"C27",
"K39"
] | List the immediate input nodes to f44. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 40 |
4 | {
"answer": [
"C34",
"f33"
],
"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-seed4-t00001-task_parents-f52",
"task_type": "task_parents"
} | [
"C34",
"f33"
] | List the immediate input nodes to f52. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 41 |
4 | {
"answer": [
"C6",
"f21"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f24"
},
"question": "List the immediate input nodes to f24. (Order does not matter.)",
"task_id": "local-seed4-t00002-task_parents-f24",
"task_type": "task_parents"
} | [
"C6",
"f21"
] | List the immediate input nodes to f24. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 42 |
4 | {
"answer": [
"f47",
"f52"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f65"
},
"question": "List the immediate input nodes to f65. (Order does not matter.)",
"task_id": "local-seed4-t00003-task_parents-f65",
"task_type": "task_parents"
} | [
"f47",
"f52"
] | List the immediate input nodes to f65. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 43 |
4 | {
"answer": [
"f44",
"f69"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f77"
},
"question": "List the immediate input nodes to f77. (Order does not matter.)",
"task_id": "local-seed4-t00004-task_parents-f77",
"task_type": "task_parents"
} | [
"f44",
"f69"
] | List the immediate input nodes to f77. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 44 |
4 | {
"answer": [
"C14",
"f12"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f32"
},
"question": "List the immediate input nodes to f32. (Order does not matter.)",
"task_id": "local-seed4-t00005-task_parents-f32",
"task_type": "task_parents"
} | [
"C14",
"f12"
] | List the immediate input nodes to f32. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 45 |
4 | {
"answer": [
"C0",
"f10"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f21"
},
"question": "List the immediate input nodes to f21. (Order does not matter.)",
"task_id": "local-seed4-t00006-task_parents-f21",
"task_type": "task_parents"
} | [
"C0",
"f10"
] | List the immediate input nodes to f21. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 46 |
4 | {
"answer": [
"C14",
"C14"
],
"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-seed4-t00007-task_parents-f19",
"task_type": "task_parents"
} | [
"C14",
"C14"
] | List the immediate input nodes to f19. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 47 |
4 | {
"answer": [
"C4",
"C6"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f10"
},
"question": "List the immediate input nodes to f10. (Order does not matter.)",
"task_id": "local-seed4-t00008-task_parents-f10",
"task_type": "task_parents"
} | [
"C4",
"C6"
] | List the immediate input nodes to f10. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 48 |
4 | {
"answer": [
"f47",
"f52"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f65"
},
"question": "List the immediate input nodes to f65. (Order does not matter.)",
"task_id": "local-seed4-t00009-task_parents-f65",
"task_type": "task_parents"
} | [
"f47",
"f52"
] | List the immediate input nodes to f65. (Order does not matter.) | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | [
"def f98(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = K1(values[0], values[0])\n values[2] = K2(values[0], values[0])\n values[3] = K3(values[0], values[0])\n values[4] = C4\n values[5] =... | 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. | 100 | 0.1 | 0.25 | 5 | 49 |
5 | {
"answer": [
"f17",
"f69"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f73"
},
"question": "List the immediate input nodes to f73. (Order does not matter.)",
"task_id": "local-seed5-t00000-task_parents-f73",
"task_type": "task_parents"
} | [
"f17",
"f69"
] | List the immediate input nodes to f73. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 50 |
5 | {
"answer": [
"C12",
"f28"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f34"
},
"question": "List the immediate input nodes to f34. (Order does not matter.)",
"task_id": "local-seed5-t00001-task_parents-f34",
"task_type": "task_parents"
} | [
"C12",
"f28"
] | List the immediate input nodes to f34. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 51 |
5 | {
"answer": [
"f17",
"f70"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f86"
},
"question": "List the immediate input nodes to f86. (Order does not matter.)",
"task_id": "local-seed5-t00002-task_parents-f86",
"task_type": "task_parents"
} | [
"f17",
"f70"
] | List the immediate input nodes to f86. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 52 |
5 | {
"answer": [
"f15",
"f3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f43"
},
"question": "List the immediate input nodes to f43. (Order does not matter.)",
"task_id": "local-seed5-t00003-task_parents-f43",
"task_type": "task_parents"
} | [
"f15",
"f3"
] | List the immediate input nodes to f43. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 53 |
5 | {
"answer": [
"f54",
"f80"
],
"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-seed5-t00004-task_parents-f94",
"task_type": "task_parents"
} | [
"f54",
"f80"
] | List the immediate input nodes to f94. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 54 |
5 | {
"answer": [
"f37",
"f53"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f82"
},
"question": "List the immediate input nodes to f82. (Order does not matter.)",
"task_id": "local-seed5-t00005-task_parents-f82",
"task_type": "task_parents"
} | [
"f37",
"f53"
] | List the immediate input nodes to f82. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 55 |
5 | {
"answer": [
"f17",
"f70"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f86"
},
"question": "List the immediate input nodes to f86. (Order does not matter.)",
"task_id": "local-seed5-t00006-task_parents-f86",
"task_type": "task_parents"
} | [
"f17",
"f70"
] | List the immediate input nodes to f86. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 56 |
5 | {
"answer": [
"f34",
"f73"
],
"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-seed5-t00007-task_parents-f79",
"task_type": "task_parents"
} | [
"f34",
"f73"
] | List the immediate input nodes to f79. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 57 |
5 | {
"answer": [
"f47",
"f55"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f63"
},
"question": "List the immediate input nodes to f63. (Order does not matter.)",
"task_id": "local-seed5-t00008-task_parents-f63",
"task_type": "task_parents"
} | [
"f47",
"f55"
] | List the immediate input nodes to f63. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 58 |
5 | {
"answer": [
"f3",
"f3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f5"
},
"question": "List the immediate input nodes to f5. (Order does not matter.)",
"task_id": "local-seed5-t00009-task_parents-f5",
"task_type": "task_parents"
} | [
"f3",
"f3"
] | List the immediate input nodes to f5. (Order does not matter.) | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(valu... | [
"def f95(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] = K2(values[1], values[1])\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 59 |
6 | {
"answer": [
"f12",
"f50"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f83"
},
"question": "List the immediate input nodes to f83. (Order does not matter.)",
"task_id": "local-seed6-t00000-task_parents-f83",
"task_type": "task_parents"
} | [
"f12",
"f50"
] | List the immediate input nodes to f83. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 60 |
6 | {
"answer": [
"f21",
"f53"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f64"
},
"question": "List the immediate input nodes to f64. (Order does not matter.)",
"task_id": "local-seed6-t00001-task_parents-f64",
"task_type": "task_parents"
} | [
"f21",
"f53"
] | List the immediate input nodes to f64. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 61 |
6 | {
"answer": [
"f41",
"f71"
],
"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-seed6-t00002-task_parents-f87",
"task_type": "task_parents"
} | [
"f41",
"f71"
] | List the immediate input nodes to f87. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 62 |
6 | {
"answer": [
"C0",
"f5"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f11"
},
"question": "List the immediate input nodes to f11. (Order does not matter.)",
"task_id": "local-seed6-t00003-task_parents-f11",
"task_type": "task_parents"
} | [
"C0",
"f5"
] | List the immediate input nodes to f11. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 63 |
6 | {
"answer": [
"C0",
"f3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f59"
},
"question": "List the immediate input nodes to f59. (Order does not matter.)",
"task_id": "local-seed6-t00004-task_parents-f59",
"task_type": "task_parents"
} | [
"C0",
"f3"
] | List the immediate input nodes to f59. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 64 |
6 | {
"answer": [
"f12",
"f29"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f81"
},
"question": "List the immediate input nodes to f81. (Order does not matter.)",
"task_id": "local-seed6-t00005-task_parents-f81",
"task_type": "task_parents"
} | [
"f12",
"f29"
] | List the immediate input nodes to f81. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 65 |
6 | {
"answer": [
"f12",
"f3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f34"
},
"question": "List the immediate input nodes to f34. (Order does not matter.)",
"task_id": "local-seed6-t00006-task_parents-f34",
"task_type": "task_parents"
} | [
"f12",
"f3"
] | List the immediate input nodes to f34. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 66 |
6 | {
"answer": [
"C2",
"f3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f5"
},
"question": "List the immediate input nodes to f5. (Order does not matter.)",
"task_id": "local-seed6-t00007-task_parents-f5",
"task_type": "task_parents"
} | [
"C2",
"f3"
] | List the immediate input nodes to f5. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 67 |
6 | {
"answer": [
"C0",
"K1"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f3"
},
"question": "List the immediate input nodes to f3. (Order does not matter.)",
"task_id": "local-seed6-t00008-task_parents-f3",
"task_type": "task_parents"
} | [
"C0",
"K1"
] | List the immediate input nodes to f3. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 68 |
6 | {
"answer": [
"C13",
"f8"
],
"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-seed6-t00009-task_parents-f17",
"task_type": "task_parents"
} | [
"C13",
"f8"
] | List the immediate input nodes to f17. (Order does not matter.) | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(valu... | [
"def f99(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] = K1(values[0], values[0])\n values[2] = C2\n values[3] = f3(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. | 100 | 0.1 | 0.25 | 5 | 69 |
7 | {
"answer": [
"f48",
"f48"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f54"
},
"question": "List the immediate input nodes to f54. (Order does not matter.)",
"task_id": "local-seed7-t00000-task_parents-f54",
"task_type": "task_parents"
} | [
"f48",
"f48"
] | List the immediate input nodes to f54. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 70 |
7 | {
"answer": [
"C19",
"f27"
],
"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-seed7-t00001-task_parents-f35",
"task_type": "task_parents"
} | [
"C19",
"f27"
] | List the immediate input nodes to f35. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 71 |
7 | {
"answer": [
"f25",
"f29"
],
"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-seed7-t00002-task_parents-f61",
"task_type": "task_parents"
} | [
"f25",
"f29"
] | List the immediate input nodes to f61. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 72 |
7 | {
"answer": [
"f25",
"f27"
],
"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-seed7-t00003-task_parents-f87",
"task_type": "task_parents"
} | [
"f25",
"f27"
] | List the immediate input nodes to f87. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 73 |
7 | {
"answer": [
"C19",
"C4"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f25"
},
"question": "List the immediate input nodes to f25. (Order does not matter.)",
"task_id": "local-seed7-t00004-task_parents-f25",
"task_type": "task_parents"
} | [
"C19",
"C4"
] | List the immediate input nodes to f25. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 74 |
7 | {
"answer": [
"C19",
"f21"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f26"
},
"question": "List the immediate input nodes to f26. (Order does not matter.)",
"task_id": "local-seed7-t00005-task_parents-f26",
"task_type": "task_parents"
} | [
"C19",
"f21"
] | List the immediate input nodes to f26. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 75 |
7 | {
"answer": [
"f27",
"f45"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f73"
},
"question": "List the immediate input nodes to f73. (Order does not matter.)",
"task_id": "local-seed7-t00006-task_parents-f73",
"task_type": "task_parents"
} | [
"f27",
"f45"
] | List the immediate input nodes to f73. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 76 |
7 | {
"answer": [
"C1",
"f27"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f29"
},
"question": "List the immediate input nodes to f29. (Order does not matter.)",
"task_id": "local-seed7-t00007-task_parents-f29",
"task_type": "task_parents"
} | [
"C1",
"f27"
] | List the immediate input nodes to f29. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 77 |
7 | {
"answer": [
"C4",
"f48"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f59"
},
"question": "List the immediate input nodes to f59. (Order does not matter.)",
"task_id": "local-seed7-t00008-task_parents-f59",
"task_type": "task_parents"
} | [
"C4",
"f48"
] | List the immediate input nodes to f59. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 78 |
7 | {
"answer": [
"f54",
"f68"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f78"
},
"question": "List the immediate input nodes to f78. (Order does not matter.)",
"task_id": "local-seed7-t00009-task_parents-f78",
"task_type": "task_parents"
} | [
"f54",
"f68"
] | List the immediate input nodes to f78. (Order does not matter.) | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\n ... | [
"def f99(a0, a1):\n a = a0 + 6 > a1\n b = a0 % 2 == 1\n return a and b or a1 < 6",
"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] = C8\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. | 100 | 0.1 | 0.25 | 5 | 79 |
8 | {
"answer": [
"f13",
"f22"
],
"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-seed8-t00000-task_parents-f47",
"task_type": "task_parents"
} | [
"f13",
"f22"
] | List the immediate input nodes to f47. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 80 |
8 | {
"answer": [
"C31",
"f25"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f81"
},
"question": "List the immediate input nodes to f81. (Order does not matter.)",
"task_id": "local-seed8-t00001-task_parents-f81",
"task_type": "task_parents"
} | [
"C31",
"f25"
] | List the immediate input nodes to f81. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 81 |
8 | {
"answer": [
"f30",
"f79"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f82"
},
"question": "List the immediate input nodes to f82. (Order does not matter.)",
"task_id": "local-seed8-t00002-task_parents-f82",
"task_type": "task_parents"
} | [
"f30",
"f79"
] | List the immediate input nodes to f82. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 82 |
8 | {
"answer": [
"C20",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f25"
},
"question": "List the immediate input nodes to f25. (Order does not matter.)",
"task_id": "local-seed8-t00003-task_parents-f25",
"task_type": "task_parents"
} | [
"C20",
"f9"
] | List the immediate input nodes to f25. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 83 |
8 | {
"answer": [
"C0",
"C2"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f41"
},
"question": "List the immediate input nodes to f41. (Order does not matter.)",
"task_id": "local-seed8-t00004-task_parents-f41",
"task_type": "task_parents"
} | [
"C0",
"C2"
] | List the immediate input nodes to f41. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 84 |
8 | {
"answer": [
"f9",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f12"
},
"question": "List the immediate input nodes to f12. (Order does not matter.)",
"task_id": "local-seed8-t00005-task_parents-f12",
"task_type": "task_parents"
} | [
"f9",
"f9"
] | List the immediate input nodes to f12. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 85 |
8 | {
"answer": [
"C1",
"C2"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f18"
},
"question": "List the immediate input nodes to f18. (Order does not matter.)",
"task_id": "local-seed8-t00006-task_parents-f18",
"task_type": "task_parents"
} | [
"C1",
"C2"
] | List the immediate input nodes to f18. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 86 |
8 | {
"answer": [
"f18",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f26"
},
"question": "List the immediate input nodes to f26. (Order does not matter.)",
"task_id": "local-seed8-t00007-task_parents-f26",
"task_type": "task_parents"
} | [
"f18",
"f9"
] | List the immediate input nodes to f26. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 87 |
8 | {
"answer": [
"f42",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f49"
},
"question": "List the immediate input nodes to f49. (Order does not matter.)",
"task_id": "local-seed8-t00008-task_parents-f49",
"task_type": "task_parents"
} | [
"f42",
"f9"
] | List the immediate input nodes to f49. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 88 |
8 | {
"answer": [
"f19",
"f9"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f43"
},
"question": "List the immediate input nodes to f43. (Order does not matter.)",
"task_id": "local-seed8-t00009-task_parents-f43",
"task_type": "task_parents"
} | [
"f19",
"f9"
] | List the immediate input nodes to f43. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\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] = f5(values[2], values[2])\n values[6] = f6(values[2], values[2]... | 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. | 100 | 0.1 | 0.25 | 5 | 89 |
9 | {
"answer": [
"C52",
"f41"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f60"
},
"question": "List the immediate input nodes to f60. (Order does not matter.)",
"task_id": "local-seed9-t00000-task_parents-f60",
"task_type": "task_parents"
} | [
"C52",
"f41"
] | List the immediate input nodes to f60. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 90 |
9 | {
"answer": [
"C35",
"K6"
],
"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-seed9-t00001-task_parents-f76",
"task_type": "task_parents"
} | [
"C35",
"K6"
] | List the immediate input nodes to f76. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 91 |
9 | {
"answer": [
"f43",
"f45"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f46"
},
"question": "List the immediate input nodes to f46. (Order does not matter.)",
"task_id": "local-seed9-t00002-task_parents-f46",
"task_type": "task_parents"
} | [
"f43",
"f45"
] | List the immediate input nodes to f46. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 92 |
9 | {
"answer": [
"K32",
"f21"
],
"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-seed9-t00003-task_parents-f39",
"task_type": "task_parents"
} | [
"K32",
"f21"
] | List the immediate input nodes to f39. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 93 |
9 | {
"answer": [
"f7",
"f8"
],
"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-seed9-t00004-task_parents-f20",
"task_type": "task_parents"
} | [
"f7",
"f8"
] | List the immediate input nodes to f20. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 94 |
9 | {
"answer": [
"C3",
"K10"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f24"
},
"question": "List the immediate input nodes to f24. (Order does not matter.)",
"task_id": "local-seed9-t00005-task_parents-f24",
"task_type": "task_parents"
} | [
"C3",
"K10"
] | List the immediate input nodes to f24. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 95 |
9 | {
"answer": [
"f41",
"f46"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f98"
},
"question": "List the immediate input nodes to f98. (Order does not matter.)",
"task_id": "local-seed9-t00006-task_parents-f98",
"task_type": "task_parents"
} | [
"f41",
"f46"
] | List the immediate input nodes to f98. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 96 |
9 | {
"answer": [
"C51",
"f50"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f85"
},
"question": "List the immediate input nodes to f85. (Order does not matter.)",
"task_id": "local-seed9-t00007-task_parents-f85",
"task_type": "task_parents"
} | [
"C51",
"f50"
] | List the immediate input nodes to f85. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 97 |
9 | {
"answer": [
"C3",
"C3"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f4"
},
"question": "List the immediate input nodes to f4. (Order does not matter.)",
"task_id": "local-seed9-t00008-task_parents-f4",
"task_type": "task_parents"
} | [
"C3",
"C3"
] | List the immediate input nodes to f4. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 98 |
9 | {
"answer": [
"C26",
"f30"
],
"meta": {
"arity": 2,
"min_arity": 2,
"ordered": false,
"target": "f43"
},
"question": "List the immediate input nodes to f43. (Order does not matter.)",
"task_id": "local-seed9-t00009-task_parents-f43",
"task_type": "task_parents"
} | [
"C26",
"f30"
] | List the immediate input nodes to f43. (Order does not matter.) | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | [
"def f99(a0, a1):\n core = a0.strip().lower()\n t = core + str(a1)\n return t[-10:]",
"def compute_all():\n values = {}\n values[0] = C0\n values[1] = C1\n values[2] = C2\n values[3] = C3\n values[4] = f4(values[3], values[3])\n values[5] = f5(values[2], values[3])\n values[6] = K... | 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. | 100 | 0.1 | 0.25 | 5 | 99 |
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.