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1.0 | formal-281-20261021-v2 | 000001@v001/000001_q01 | 000001 | 000001_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/97b3964f955af13bf035a5dcdac7b25eb07eac19d85711c7946f21f400e9c324.mp4",
"sha256": "97b3964f955af13bf035a5dcdac7b25eb07eac19d85711c7946f21f400e9c324",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:a484d365b9ffef83 | unassigned | {"value":"A"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000002@v001/000002_q01 | 000002 | 000002_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/f7b6a45c57ac17a3ecc8b659491c7126e6701b086412d3989dc827c081ca1bd4.mp4",
"sha256": "f7b6a45c57ac17a3ecc8b659491c7126e6701b086412d3989dc827c081ca1bd4",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:78b57dbc0e35921d | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000003@v001/000003_q01 | 000003 | 000003_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/a9b56ff8c96530071a650619f6860ef36b74dea3b98d94fd78b97557a29e0647.mp4",
"sha256": "a9b56ff8c96530071a650619f6860ef36b74dea3b98d94fd78b97557a29e0647",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:ae1ac27c905a7ac9 | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000004@v001/000004_q01 | 000004 | 000004_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/482267e963c102c8a66883e4a599da03485624ebafb3baeee27e24cae3577cb3.mp4",
"sha256": "482267e963c102c8a66883e4a599da03485624ebafb3baeee27e24cae3577cb3",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:a484d365b9ffef83 | unassigned | {"value":"C"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000005@v001/000005_q01 | 000005 | 000005_q01 | v001 | 3 | assembly | interface_matching | structured | 把下排部件 A、B、C 与上排接口 1、2、3 一一匹配。每个接口恰使用一次。部件保持底面向下，可水平平移并绕竖直轴旋转，再从上方竖直装入；不允许翻面、缩放或切割。正确配合须填满对应凹槽轮廓，采用允许边界贴合的理想尺寸。请回答 A、B、C 各对应哪个接口。 | Match parts A, B and C in the bottom row one-to-one with interfaces 1, 2 and 3 in the top row, using each interface exactly once. Keep each part's bottom face downward; horizontal translation and rotation about the vertical axis are allowed before vertical insertion from above. Flipping, scaling and cutting are prohibi... | [
{
"media_id": "m01",
"type": "video",
"path": "media/b3586cce7d5a0029d080340d3f8a8d249cced7e054e45053ce863dfe783dbef8.mp4",
"sha256": "b3586cce7d5a0029d080340d3f8a8d249cced7e054e45053ce863dfe783dbef8",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"A":{"type":"string","enum":["1","2","3"]},"B":{"type":"string","enum":["1","2","3"]},"C":{"type":"string","enum":["1","2","3"]}},"required":["A","B","C"],"additionalProperties":false}},"required":["value"],"additionalProperties":false,"$schema":"htt... | exact_mapping | assembly:e786e0dd771e4bee | unassigned | {"value":{"A":"1","B":"3","C":"2"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000006@v001/000006_q01 | 000006 | 000006_q01 | v001 | 3 | assembly | assembly_pose | single_choice | 上方 S 是目标接口，下方 A、B、C 是同一部件的三个朝向。保持各自图示朝向，只允许平移对准后竖直下降，不允许再旋转、翻面或缩放。哪个姿态能完整装入并与 S 的凹槽轮廓贴合？回答 A、B 或 C。 | S at the top is the target interface; A, B and C below show three orientations of the same part. Retain each displayed orientation: only translation to align followed by vertical descent is allowed. No further rotation, flipping or scaling is permitted. Which pose fits completely and matches the recess profile of S? An... | [
{
"media_id": "m01",
"type": "video",
"path": "media/8e746e1d148c66f014800630eeac5b5cb8df974c2e0a1a8222c272fc1f8de2a6.mp4",
"sha256": "8e746e1d148c66f014800630eeac5b5cb8df974c2e0a1a8222c272fc1f8de2a6",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:999a192f18e863f7 | unassigned | {"value":"A"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000007@v001/000007_q01 | 000007 | 000007_q01 | v001 | 3 | assembly | assembly_order | multiple_select | TARGET 是最终装配状态，PARTS 区按颜色和编号展示三个完整部件。图中短轴标出 +X（红）和 +Y（绿）。每次只装一个：部件 1 从上方竖直下降；部件 2 从上方竖直下降；部件 3 沿 +X 方向从左侧平移。从装配区外沿指定直线运动到目标位置，不允许旋转或绕行。已装部件立即锁定且不可拆下；理想夹具固定到位零件，忽略重力。请选择所有不会被已装部件挡住的顺序。颜色只用于对应部件，候选可能有多个正确答案。 A: 3 → 1 → 2；B: 2 → 1 → 3；C: 1 → 3 → 2；D: 1 → 2 → 3；E: 3 → 2 → 1；F: 2 → 3 → 1 | TARGET shows the final assembly; PARTS shows the three complete parts by color and number. The short axes mark +X in red and +Y in green. Install one part at a time: part 1: descend vertically from above; part 2: descend vertically from above; part 3: translate from the left along +X. Move from outside the assembly are... | [
{
"media_id": "m01",
"type": "video",
"path": "media/977f1639041cdb8bf1dfae628596e8f9b0aeac1c7ef96e31e242c65b4fbf7e8d.mp4",
"sha256": "977f1639041cdb8bf1dfae628596e8f9b0aeac1c7ef96e31e242c65b4fbf7e8d",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "3 -> 1 -> 2",
"text_en": "3 -> 1 -> 2",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "2 -> 1 -> 3",
"text_en": "2 -> 1 -> 3",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "1 -> 3 -> 2",
"text_en": "1 -> 3 -> 2... | {"type":"object","properties":{"value":{"type":"array","items":{"type":"string","enum":["A","B","C","D","E","F"]},"x-order-sensitive":false,"uniqueItems":true}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_set | assembly:0f735846f387d8ff | unassigned | {"value":["B","D"]} | 2.0 |
1.0 | formal-281-20261021-v2 | 000008@v001/000008_q01 | 000008 | 000008_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/79e517eb7b53fdd0e0426f8e15c150137eb1e1dd8af8a9423288a4bb787ea0c1.mp4",
"sha256": "79e517eb7b53fdd0e0426f8e15c150137eb1e1dd8af8a9423288a4bb787ea0c1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:78b57dbc0e35921d | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000009@v001/000009_q01 | 000009 | 000009_q01 | v001 | 3 | assembly | interface_matching | structured | 把下排部件 A、B、C 与上排接口 1、2、3 一一匹配。每个接口恰使用一次。部件保持底面向下，可水平平移并绕竖直轴旋转，再从上方竖直装入；不允许翻面、缩放或切割。正确配合须填满对应凹槽轮廓，采用允许边界贴合的理想尺寸。请回答 A、B、C 各对应哪个接口。 | Match parts A, B and C in the bottom row one-to-one with interfaces 1, 2 and 3 in the top row, using each interface exactly once. Keep each part's bottom face downward; horizontal translation and rotation about the vertical axis are allowed before vertical insertion from above. Flipping, scaling and cutting are prohibi... | [
{
"media_id": "m01",
"type": "video",
"path": "media/97093a42eef0c5a5b604d4741852ff50091f90b6e6c8e841dddd100cac392f46.mp4",
"sha256": "97093a42eef0c5a5b604d4741852ff50091f90b6e6c8e841dddd100cac392f46",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"A":{"type":"string","enum":["1","2","3"]},"B":{"type":"string","enum":["1","2","3"]},"C":{"type":"string","enum":["1","2","3"]}},"required":["A","B","C"],"additionalProperties":false}},"required":["value"],"additionalProperties":false,"$schema":"htt... | exact_mapping | assembly:0b3c6d659bb9dfe4 | unassigned | {"value":{"A":"2","B":"3","C":"1"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000010@v001/000010_q01 | 000010 | 000010_q01 | v001 | 3 | assembly | interface_matching | structured | 把下排部件 A、B、C 与上排接口 1、2、3 一一匹配。每个接口恰使用一次。部件保持底面向下，可水平平移并绕竖直轴旋转，再从上方竖直装入；不允许翻面、缩放或切割。正确配合须填满对应凹槽轮廓，采用允许边界贴合的理想尺寸。请回答 A、B、C 各对应哪个接口。 | Match parts A, B and C in the bottom row one-to-one with interfaces 1, 2 and 3 in the top row, using each interface exactly once. Keep each part's bottom face downward; horizontal translation and rotation about the vertical axis are allowed before vertical insertion from above. Flipping, scaling and cutting are prohibi... | [
{
"media_id": "m01",
"type": "video",
"path": "media/72d7ec0965f0f9693e9b05a7b62d55f162e141a44bc6731d200040682a2d19c1.mp4",
"sha256": "72d7ec0965f0f9693e9b05a7b62d55f162e141a44bc6731d200040682a2d19c1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"A":{"type":"string","enum":["1","2","3"]},"B":{"type":"string","enum":["1","2","3"]},"C":{"type":"string","enum":["1","2","3"]}},"required":["A","B","C"],"additionalProperties":false}},"required":["value"],"additionalProperties":false,"$schema":"htt... | exact_mapping | assembly:6d8b3d98f3b412e1 | unassigned | {"value":{"A":"1","B":"3","C":"2"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000011@v001/000011_q01 | 000011 | 000011_q01 | v001 | 3 | assembly | assembly_pose | single_choice | 上方 S 是目标接口，下方 A、B、C 是同一部件的三个朝向。保持各自图示朝向，只允许平移对准后竖直下降，不允许再旋转、翻面或缩放。哪个姿态能完整装入并与 S 的凹槽轮廓贴合？回答 A、B 或 C。 | S at the top is the target interface; A, B and C below show three orientations of the same part. Retain each displayed orientation: only translation to align followed by vertical descent is allowed. No further rotation, flipping or scaling is permitted. Which pose fits completely and matches the recess profile of S? An... | [
{
"media_id": "m01",
"type": "video",
"path": "media/4f35969c3f05077db3a218e064c35fe1f323061f5bde8b58c64807bcddeaa302.mp4",
"sha256": "4f35969c3f05077db3a218e064c35fe1f323061f5bde8b58c64807bcddeaa302",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:1dab945f3b7df6ff | unassigned | {"value":"C"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000012@v001/000012_q01 | 000012 | 000012_q01 | v001 | 3 | assembly | assembly_pose | single_choice | 上方 S 是目标接口，下方 A、B、C 是同一部件的三个朝向。保持各自图示朝向，只允许平移对准后竖直下降，不允许再旋转、翻面或缩放。哪个姿态能完整装入并与 S 的凹槽轮廓贴合？回答 A、B 或 C。 | S at the top is the target interface; A, B and C below show three orientations of the same part. Retain each displayed orientation: only translation to align followed by vertical descent is allowed. No further rotation, flipping or scaling is permitted. Which pose fits completely and matches the recess profile of S? An... | [
{
"media_id": "m01",
"type": "video",
"path": "media/7d67d3eb4a4f61f2009d42825b685bd03d3d41f24683cf095651239e00211253.mp4",
"sha256": "7d67d3eb4a4f61f2009d42825b685bd03d3d41f24683cf095651239e00211253",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:ed9138682e0d151e | unassigned | {"value":"A"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000013@v001/000013_q01 | 000013 | 000013_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/bda15c962cd8fbde6c639719038d0b68307937dea0a6623a3a200ce998c99398.mp4",
"sha256": "bda15c962cd8fbde6c639719038d0b68307937dea0a6623a3a200ce998c99398",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:f86c2a23f93dcf62 | unassigned | {"value":"C"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000014@v001/000014_q01 | 000014 | 000014_q01 | v001 | 3 | assembly | part_decomposition | single_choice | TARGET 是组装体。每种颜色明确表示一个完整刚性部件，只能沿颜色分界拆开，不允许切割、缩放或合并部件。A、B、C 是三套候选拆解结果，部件颜色保持对应，摆放位置可以不同。哪一套完整保留了组装体中每个部件的形状、数量和尺寸？只判断拆解后的部件集合，不要求判断实际拆卸路径。回答 A、B 或 C。 | TARGET is the assembled object. Each color explicitly denotes one complete rigid part. Separate parts only at color boundaries; cutting, scaling and merging are prohibited. A, B and C are candidate disassembled sets, retaining corresponding colors but possibly different placements. Which set fully preserves the shape, ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/1375a35e08e6fe36c84adeff2f5997a5001ae1aaa2f5cf2b9dd6f633a137330a.mp4",
"sha256": "1375a35e08e6fe36c84adeff2f5997a5001ae1aaa2f5cf2b9dd6f633a137330a",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B","C"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | assembly:9ea520dbe4c0c511 | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000015@v001/000015_q01 | 000015 | 000015_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 画面为同一固定相机下的连续实体运动。XYZ 是固定世界坐标正方向，+Z 向上。每种颜色表示一个刚体，灰色固定，红色为待取出件。根据视频结束时的状态判断指定路径；其他部件保持不动。不允许穿透、形变或题外动作；由理想外力托住部件，忽略重力、摩擦和弹性。
保持灰色和黄色部件不动，红件现在能否不旋转，沿 +Z 方向完整取出？ | The video shows continuous opaque solids from one fixed camera. XYZ indicate positive fixed world axes; +Z is upward. Each color is one rigid body; gray is fixed and red is the extraction target. Judge the specified path from the final video state with other parts fixed. No penetration, deformation or unlisted motion i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/430d64ad044e0a65f9ccb7710e2fbd85dbd499fabf4569b496231f54a8bc8d22.mp4",
"sha256": "430d64ad044e0a65f9ccb7710e2fbd85dbd499fabf4569b496231f54a8bc8d22",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000016@v001/000016_q01 | 000016 | 000016_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca.mp4",
"sha256": "918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000016@v001/000016_q02 | 000016 | 000016_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca.mp4",
"sha256": "918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000016@v001/000016_q03 | 000016 | 000016_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca.mp4",
"sha256": "918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000016@v001/000016_q04 | 000016 | 000016_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca.mp4",
"sha256": "918c2daf08fbb4a4b4b9a7a2f627ecae7be2128924602f96fd6de0a3f379f0ca",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000017@v001/000017_q01 | 000017 | 000017_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1.mp4",
"sha256": "078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000017@v001/000017_q02 | 000017 | 000017_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1.mp4",
"sha256": "078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000017@v001/000017_q03 | 000017 | 000017_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1.mp4",
"sha256": "078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000017@v001/000017_q04 | 000017 | 000017_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1.mp4",
"sha256": "078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000017@v001/000017_q05 | 000017 | 000017_q05 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 5 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件在该停顿状态能否不旋转，沿 +Z 方向完整取出？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 5:
Keeping gray and yellow fixed, can red at that hold be full... | [
{
"media_id": "m01",
"type": "video",
"path": "media/078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1.mp4",
"sha256": "078720a3958150cd88d11dd915d0f2b48ec452785221dd656076ccf8d13ec0b1",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | dovetail_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000018@v001/000018_q01 | 000018 | 000018_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
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"type": "video",
"path": "media/57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c.mp4",
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000018@v001/000018_q02 | 000018 | 000018_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
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"type": "video",
"path": "media/57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c.mp4",
"sha256": "57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000018@v001/000018_q03 | 000018 | 000018_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
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"type": "video",
"path": "media/57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c.mp4",
"sha256": "57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000018@v001/000018_q04 | 000018 | 000018_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c.mp4",
"sha256": "57f4a9d78042f2e99e2ba378441fbd49fddac45391e95a1a255725481aa67b1c",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000019@v001/000019_q01 | 000019 | 000019_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78.mp4",
"sha256": "eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000019@v001/000019_q02 | 000019 | 000019_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78.mp4",
"sha256": "eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000019@v001/000019_q03 | 000019 | 000019_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78.mp4",
"sha256": "eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000019@v001/000019_q04 | 000019 | 000019_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78.mp4",
"sha256": "eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000019@v001/000019_q05 | 000019 | 000019_q05 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 5 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否先保持高度沿 -X 回到圆孔中心，再沿 +Z 完整取出？全程不旋转。
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 5:
Keeping gray and yellow fixed, can red return along -X at i... | [
{
"media_id": "m01",
"type": "video",
"path": "media/eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78.mp4",
"sha256": "eeb04e21b83b57d3ee8641c3efa412caaad74d7ef99ffc46f46178ea6a464e78",
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | keyhole_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000020@v001/000020_q01 | 000020 | 000020_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08.mp4",
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000020@v001/000020_q02 | 000020 | 000020_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08.mp4",
"sha256": "a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08",
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000020@v001/000020_q03 | 000020 | 000020_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08.mp4",
"sha256": "a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000020@v001/000020_q04 | 000020 | 000020_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
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"type": "video",
"path": "media/a37e7f6019a821a3039a6e11a384f6b69b67547842845bd36320761510bb5b08.mp4",
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000021@v001/000021_q01 | 000021 | 000021_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
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"type": "video",
"path": "media/b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0.mp4",
"sha256": "b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000021@v001/000021_q02 | 000021 | 000021_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
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"path": "media/b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0.mp4",
"sha256": "b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000021@v001/000021_q03 | 000021 | 000021_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
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"type": "video",
"path": "media/b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0.mp4",
"sha256": "b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000021@v001/000021_q04 | 000021 | 000021_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0.mp4",
"sha256": "b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000021@v001/000021_q05 | 000021 | 000021_q05 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 5 次往返最远处的停顿时：
保持灰色和黄色部件不动，红色整体横梁在该停顿状态能否不旋转，沿 +Z 完全离开灰色搭接座？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 5:
Keeping gray and yellow fixed, can the complete red bridge ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0.mp4",
"sha256": "b86b918fabd8165120bfa92037f09d0b04edac7da805ff51ad876ce3cd25b2a0",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | crosslap_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000022@v001/000022_q01 | 000022 | 000022_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e.mp4",
"sha256": "9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000022@v001/000022_q02 | 000022 | 000022_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e.mp4",
"sha256": "9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000022@v001/000022_q03 | 000022 | 000022_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
"media_id": "m01",
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"path": "media/9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e.mp4",
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000022@v001/000022_q04 | 000022 | 000022_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 4 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 4 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 4 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 4 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
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"type": "video",
"path": "media/9e833be4a16cfc861508c74e760c0a26ae9c38fc756db54b16c954d3b563fd2e.mp4",
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000023@v001/000023_q01 | 000023 | 000023_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 1 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 1:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/25e1e80a38b659502367107f33335f3572aefd5cef3258c29d00fc14835e73dd.mp4",
"sha256": "25e1e80a38b659502367107f33335f3572aefd5cef3258c29d00fc14835e73dd",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000023@v001/000023_q02 | 000023 | 000023_q02 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 2 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 2:
Keeping gray and yellow fixed, can red slide only along +X ... | [
{
"media_id": "m01",
"type": "video",
"path": "media/25e1e80a38b659502367107f33335f3572aefd5cef3258c29d00fc14835e73dd.mp4",
"sha256": "25e1e80a38b659502367107f33335f3572aefd5cef3258c29d00fc14835e73dd",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | joinery_hook_v1 | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000023@v001/000023_q03 | 000023 | 000023_q03 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 3 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 3:
Keeping gray and yellow fixed, can red slide only along +X ... | [
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1.0 | formal-281-20261021-v2 | 000023@v001/000023_q04 | 000023 | 000023_q04 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 4 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 4:
Keeping gray and yellow fixed, can red slide only along +X ... | [
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1.0 | formal-281-20261021-v2 | 000023@v001/000023_q05 | 000023 | 000023_q05 | v001 | 3 | assembly | next_step_prediction | boolean | 视频先展示装配，最后是 5 次黄件的移动往返。每次离开同一基准状态，在最远处静止两秒，再返回基准状态。只判断这最后 5 次往返，不把前面的装配动作计入。第 5 次往返最远处的停顿时：
保持灰色和黄色部件不动，红件能否不抬升、不旋转，仅沿 +X 水平滑回视频开头的独立位置，完整退出灰色钩肩？
这是该停顿状态的假设下一步，不是判断视频最后归位状态。XYZ 为固定世界正方向；每色一个刚体；其他件固定，理想外力托住，忽略重力、摩擦和弹性。视频不执行所问取出动作。 | Assembly is followed by the final 5 round trips of yellow movement. Each leaves the same baseline state, holds for two seconds at its farthest state, then returns. Count only these final 5 trips, not the earlier assembly. At the farthest-state hold of trip 5:
Keeping gray and yellow fixed, can red slide only along +X ... | [
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1.0 | formal-281-20261021-v2 | 000024@v001/000024_q01 | 000024 | 000024_q01 | v001 | 3 | assembly | next_step_prediction | boolean | A 已向外退出，B 保持不动。P 能否保持当前高度和朝向，沿滑轨向右完全滑出？其他部件固定，只允许这一直线平移，不抬升、不旋转，忽略重力和摩擦。 | A has retracted outward; B remains stationary. Can P slide completely out to the right along the track at its current height and orientation? All other parts stay fixed. Only this straight translation is allowed, without lifting or rotating; ignore gravity and friction. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:dual_dogs_t_track | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000025@v001/000025_q01 | 000025 | 000025_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 视频末尾的 P 已转动并停住。保持这个朝向，能否直接竖直上提并完整取出？支座固定，不允许再旋转、倾斜或变形。忽略重力、摩擦和弹性。视频没有演示取出。 | P has rotated and stopped at the end of the video. Keeping this orientation, can it be completely extracted by a straight vertical lift? The housing is fixed; further rotation, tilting and deformation are forbidden. Ignore gravity, friction and elasticity. Extraction is not shown. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:three_lug_bayonet | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000026@v001/000026_q01 | 000026 | 000026_q01 | v001 | 3 | assembly | next_step_prediction | boolean | A、B 两半抱箍已经分别向外张开。保持它们不动，P 现在能否不旋转、不倾斜，沿竖直方向向上完整取出？每个字母表示一个刚体，不允许穿透，忽略重力和摩擦。 | The two collar halves A and B have opened outward. With both halves fixed, can P now be fully extracted by a vertical upward translation, without rotation or tilting? Each letter denotes one rigid body. No interpenetration; ignore gravity and friction. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:split_collar_release | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000027@v001/000027_q01 | 000027 | 000027_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 闸件 G 抬起后，P 已移到折弯处并停住。保持高度和朝向，P 能否沿横向通道向右完全滑出？只允许这段直线平移，H 和 G 固定，不允许上提、旋转或穿透；忽略重力和摩擦。 | After gate G lifts, P moves to the elbow and stops. At its current height and orientation, can P slide fully out to the right along the horizontal branch? Only this straight translation is allowed. H and G are fixed; no lifting, rotation or penetration. Ignore gravity and friction. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:elbow_undercut_track | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000028@v001/000028_q01 | 000028 | 000028_q01 | v001 | 3 | assembly | interface_matching | structured | 部件 A、B、C 分别独立转动一周后回到原朝向。接口 1、2、3 分别与哪个部件的完整轮廓匹配？保持末尾朝向，只准在上方水平对准后竖直下降，不旋转、不翻面、不缩放。按接口 1、2、3 的顺序回答三个字母，用空格分隔。 | Parts A, B and C each rotate once and return to their original orientations. Which part exactly matches each aperture 1, 2 and 3? Keep the final orientation; only horizontal alignment above the carrier and vertical descent are allowed, without rotation, flipping or scaling. Return three space-separated letters in apert... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"1":{"type":"string","enum":["A","B","C"]},"2":{"type":"string","enum":["A","B","C"]},"3":{"type":"string","enum":["A","B","C"]}},"required":["1","2","3"],"additionalProperties":false,"description":"按接口 1、2、3 分别填写部件字母 / Map interface IDs 1, 2, 3 to p... | exact_mapping | diversity12:triangular_profile_carrier | unassigned | {"value":{"1":"B","2":"C","3":"A"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000029@v001/000029_q01 | 000029 | 000029_q01 | v001 | 3 | assembly | interface_matching | structured | 三个基座的凸柱阵列不同。保持 A、B、C 在视频末尾的朝向，哪个穿孔盖能分别套住基座 1、2、3 的全部凸柱并下降到基座上方？只准水平对准和竖直下降，不旋转、不翻面、不变形。按基座 1、2、3 的顺序回答三个字母，用空格分隔。 | The three bases have different pin arrays. Keeping A, B and C in their final orientations, which perforated cap can fit over every pin of each base 1, 2 and 3 and descend above that base? Only horizontal alignment and vertical descent are allowed; no rotation, flipping or deformation. Return three space-separated lette... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"1":{"type":"string","enum":["A","B","C"]},"2":{"type":"string","enum":["A","B","C"]},"3":{"type":"string","enum":["A","B","C"]}},"required":["1","2","3"],"additionalProperties":false,"description":"按接口 1、2、3 分别填写部件字母 / Map interface IDs 1, 2, 3 to p... | exact_mapping | diversity12:male_array_female_caps | unassigned | {"value":{"1":"C","2":"A","3":"B"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000030@v001/000030_q01 | 000030 | 000030_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 在槽口上方转动后停住。保持末尾朝向和水平中心位置，只竖直下降，能否到达槽底上方并完整嵌入凹槽？不允许再旋转、横移、倾斜或变形。忽略重力和摩擦；视频没有演示下降。 | P rotates above the recess and stops. Keeping its final orientation and horizontal center, can it descend vertically to just above the floor and fit entirely into the recess? No further rotation, horizontal shift, tilt or deformation is allowed. Ignore gravity and friction. Descent is not shown. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:offset_key_single_recess | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000031@v001/000031_q01 | 000031 | 000031_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 有一长一短两只脚，下方两孔深度不同。保持视频末尾的朝向和水平位置，P 能否只竖直下降，让横梁降到孔口上方、两脚同时进入各自孔内？不允许再旋转、横移、倾斜或变形。忽略重力和摩擦，视频未演示下降。 | P has one long and one short leg; the two bores have different depths. Keeping the final orientation and horizontal position, can P descend vertically until its bridge is just above the rim and both legs enter their respective bores? No further rotation, horizontal shift, tilt or deformation. Ignore gravity and frictio... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity12:unequal_depth_two_legs | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000032@v001/000032_q01 | 000032 | 000032_q01 | v001 | 3 | assembly | assembly_order | structured | 这段视频按 C、A、B 的顺序尝试装配，遇到首次接触就停止。已装入的部件保持不动；A、C 只竖直下降，B 只沿横梁轴线水平送入，不绕行、不旋转，忽略重力。哪个移动部件首先无法到位，是哪个已装部件挡住它？按“移动件 阻挡件”回答两个字母。 | The video attempts assembly in order C, A, B and stops at first contact. Seated parts remain fixed. A and C descend vertically; B feeds horizontally along its beam axis. No detours or rotation; ignore gravity. Which moving part first cannot reach its seat, and which seated part blocks it? Return two letters: moving par... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | diversity12:side_feed_closed_guide | unassigned | {"value":{"moving":"B","blocker":"C"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000033@v001/000033_q01 | 000033 | 000033_q01 | v001 | 3 | assembly | assembly_order | structured | 视频按 A、B、C 的顺序尝试装配，遇到首次接触就停止。A、C 只能竖直下降，B 只能沿销的轴线水平插入；已装入的部件锁定，不可移开、绕行或旋转。忽略重力。哪个移动部件首先无法到位，是哪个已装部件挡住它？按“移动件 阻挡件”回答两个字母。 | The video attempts assembly in order A, B, C and stops at first contact. A and C may only descend vertically; B may only translate along its pin axis. Seated parts are locked; no removal, detours or rotation. Ignore gravity. Which moving part first cannot reach its seat, and which seated part blocks it? Return two lett... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | diversity12:vertical_stack_cross_pin | unassigned | {"value":{"moving":"C","blocker":"B"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000034@v001/000034_q01 | 000034 | 000034_q01 | v001 | 3 | assembly | part_decomposition | multiple_select | P 是一个完整的双叉刚体，A、B、C 三个框固定。视频末尾 P 向外抽出并停住时，它仍穿着哪些框？某条叉臂仍贯穿框孔就计入；叉臂尖端已完全退出该框则不计入。回答框的字母，用空格分隔，不判断之后还能否继续拆出。 | P is one rigid fork; frames A, B and C stay fixed. At the final hold after withdrawal, which frames does P still pass through? Count a frame if a tine still spans its hole; omit a frame once the tine tip has completely cleared it. Return frame letters separated by spaces. Do not infer whether further extraction is poss... | [
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] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
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},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
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]
},
{
"id": "C",
"text_zh": "C",
"text_en": "C",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"array","items":{"type":"string","enum":["A","B","C"]},"x-order-sensitive":false,"uniqueItems":true}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_set | diversity12:branching_fork_guides | unassigned | {"value":["A","C"]} | 2.0 |
1.0 | formal-281-20261021-v2 | 000035@v001/000035_q01 | 000035 | 000035_q01 | v001 | 3 | assembly | part_decomposition | multiple_select | 双孔连板 P 沿两根立柱向上提起后停住，立柱 A、B 保持不动。视频末尾，P 还套在哪根或哪些立柱上？只有立柱仍贯穿 P 的孔才计入，已经完全脱离的立柱不计入。回答字母；都已脱离则回答“无”。 | The two-hole plate P lifts along two stationary posts A and B and stops. At the end, which post or posts still pass through P? Count a post only if it still spans a hole in P; omit posts the plate has fully cleared. Return letters, or none if both are clear. | [
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1.0 | formal-281-20261021-v2 | 000036@v001/000036_q01 | 000036 | 000036_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 转盘 R 转动后停住，P 没有转动。保持 R 和支座不动，P 现在能否只沿 +Z 方向完整取出？不允许旋转、侧移或变形，忽略重力和摩擦。视频未演示上提。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Disk R rotates and stops while P does not rotate. With R and the support fixed, can P now be fully extracted by translation along +Z only? No rotation, sideways motion or deformation; ignore gravity and friction. The lift is not shown. The top-left XYZ arrows show positive world directions; +Z is vertically upward. | [
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1.0 | formal-281-20261021-v2 | 000037@v001/000037_q01 | 000037 | 000037_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 锁杆 K 只提起了视频所示的一段距离。保持其余部件不动，双层框架 P 能否不改变高度和朝向，沿 -X 方向完全抽出？每个字母为一个刚体，不允许穿透；忽略重力和摩擦。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Lock K has been lifted only by the distance shown. With all other parts fixed, can the two-level frame P be fully withdrawn along -X without changing its height or orientation? Each letter is one rigid body. No penetration; ignore gravity and friction. The top-left XYZ arrows show positive world directions; +Z is verti... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | diversity_xyz8:two_level_partial_lock_release | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000038@v001/000038_q01 | 000038 | 000038_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 压闩 R 已绕中央枢轴转动并停住。R 和枢轴固定，P 现在能否保持朝向，沿 +Z 方向完整取出？P 的两臂及后方连接桥是一个整体，不允许拆开、倾斜或侧移。忽略重力和摩擦。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Swing bar R has turned about the central pivot and stopped. With R and the pivot fixed, can P now be fully lifted along +Z without changing orientation? Both arms and the rear bridge of P form one rigid body; no splitting, tilting or sideways motion. Ignore gravity and friction. The top-left XYZ arrows show positive wo... | [
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1.0 | formal-281-20261021-v2 | 000039@v001/000039_q01 | 000039 | 000039_q01 | v001 | 3 | assembly | next_step_prediction | boolean | G 抬起后，P 已沿环形轨道移到视频末尾的位置。保持高度和朝向，P 能否只沿 +X 方向直线移动并完整离开轨道？H、G 固定，不允许绕弯、上提或穿透；忽略重力和摩擦。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | After G lifts, P follows the annular track to its final position. Keeping its height and orientation, can P leave the track completely by a straight translation along +X only? H and G stay fixed. No curved path, lift or penetration; ignore gravity and friction. The top-left XYZ arrows show positive world directions; +Z... | [
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1.0 | formal-281-20261021-v2 | 000040@v001/000040_q01 | 000040 | 000040_q01 | v001 | 3 | assembly | interface_matching | structured | 观察 1、2、3 的开放边缘。保持 A、B、C 在视频末尾的朝向，分别哪个部件能从 -X 一侧沿 +X 靠近，与接口完整拼接成矩形外轮廓？允许图示配合间隙，但边缘的凹凸必须一一对应；不旋转、不翻面、不缩放。按 1、2、3 顺序回答三个字母，用空格分隔。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Inspect the open edges of 1, 2 and 3. Keeping the final orientations of A, B and C, which part can approach each interface from its -X side along +X and complete the rectangular outer outline? The shown clearance is allowed, but all edge features must correspond. No rotation, flipping or scaling. Return three space-sep... | [
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1.0 | formal-281-20261021-v2 | 000041@v001/000041_q01 | 000041 | 000041_q01 | v001 | 3 | assembly | assembly_pose | boolean | 上层板 U 先下降复位，随后 P 转动。P 的两层翼片相互垂直。保持视频末尾的朝向及水平位置，只沿 -Z 下降，能否让下翼片进入下层长孔下方、上翼片留在两层板之间？此时两层架均固定，不允许再旋转、横移或变形。忽略重力和摩擦；视频未演示 P 下降。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Upper plate U first descends into place, then P rotates. The two blades of P are perpendicular. Keeping the final orientation and horizontal position, can a -Z descent place the lower blade below the lower long slot while leaving the upper blade between the two plates? Both frame plates are now fixed. No further rotati... | [
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1.0 | formal-281-20261021-v2 | 000042@v001/000042_q01 | 000042 | 000042_q01 | v001 | 3 | assembly | assembly_order | structured | 视频按 A、B、C 的顺序尝试装配。A 只沿 +X 侧送，B 和 C 只沿 -Z 下降；已到位部件保持不动，不能旋转、绕行或拆回，忽略重力。第一个无法到位的部件是谁？如果三个部件都到位，回答“无”。以梁互补搭接、罩框四脚靠近底座且顶框落在梁上方为到位目标。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The video attempts assembly in order A, B, C. A feeds along +X; B and C descend along -Z. Seated parts stay fixed; no rotation, detours or removal. Ignore gravity. Which part is first unable to reach its seat? Answer none if all three seat. Seating means the complementary beams form the cross lap, with the cage feet ne... | [
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1.0 | formal-281-20261021-v2 | 000043@v001/000043_q01 | 000043 | 000043_q01 | v001 | 3 | assembly | part_decomposition | multiple_select | A 是外套筒，B 是位于 A 内部的内套筒，P 是芯轴。A、B 固定，P 沿 +Z 上提后停住。视频末尾，P 还穿过哪些套筒的孔？芯轴底端已经完全高于某套筒顶面，就不再计入该套筒。回答字母；均已离开则写“无”。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | A is the outer sleeve, B is the inner sleeve nested inside A, and P is the spindle. A and B stay fixed as P lifts along +Z and stops. At the end, which sleeve holes does P still pass through? Omit a sleeve once the bottom of the spindle is entirely above its top. Return letters, or none if both are clear. The top-left ... | [
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1.0 | formal-281-20261021-v2 | 000044@v001/000044_q01 | 000044 | 000044_q01 | v001 | 3 | assembly | next_step_prediction | boolean | K 已向 -Y 退出并停住。其余部件固定，P 能否保持朝向，只沿 +Z 完整取出？视频未演示上提。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | K has withdrawn along -Y and stopped. With other parts fixed, can P be fully extracted along +Z without rotation? The lift is not shown. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vertically upward. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:comb_key_three_window_buckle | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000045@v001/000045_q01 | 000045 | 000045_q01 | v001 | 3 | assembly | next_step_prediction | boolean | 补口闩 K 已上提。H、K 固定，水平链环 P 能否不转动、不升降，只沿 -Y 完全脱离竖直框 H？ 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Gate K has lifted. With H and K fixed, can horizontal link P disengage completely from upright loop H by -Y translation only, without rotation or a height change? Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vertically upward... | [
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1.0 | formal-281-20261021-v2 | 000046@v001/000046_q01 | 000046 | 000046_q01 | v001 | 3 | assembly | next_step_prediction | boolean | Q 只沿 -Y 退出了视频所示的距离。保持其余部件不动，P 能否只沿 +X 完全滑出？不允许再移动 Q 或抬升 P。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Q has withdrawn along -Y only by the shown distance. With every other part fixed, can P slide completely out along +X? Do not move Q farther or lift P. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vertically upward. | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:orthogonal_slider_through_pull_loop | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000047@v001/000047_q01 | 000047 | 000047_q01 | v001 | 3 | assembly | interface_matching | structured | 每个编号表示一对分离支座。保持 A、B、C 的末态朝向，水平对准后竖直下降，分别哪个桥接件能同时配合该对支座的两个孔？按 1、2、3 回答三个字母，不旋转或翻面。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Each number denotes a pair of separate supports. Keeping the final orientations, which bridge can be aligned horizontally and lowered to fit both sockets of each pair? Return three letters for 1, 2, 3. No rotation or flipping. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XY... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"1":{"type":"string","enum":["A","B","C"]},"2":{"type":"string","enum":["A","B","C"]},"3":{"type":"string","enum":["A","B","C"]}},"required":["1","2","3"],"additionalProperties":false,"description":"按接口 1、2、3 分别填写部件字母 / Map interface IDs 1, 2, 3 to p... | exact_mapping | layout20:paired_support_bridge_interfaces | unassigned | {"value":{"1":"B","2":"C","3":"A"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000048@v001/000048_q01 | 000048 | 000048_q01 | v001 | 3 | assembly | interface_matching | structured | 哪块补片与编号 1、2、3 的缺段完整对应，使内外圆弧和两端边界都接续为完整环带？保持末态朝向，只允许水平平移并下降；配合间隙可忽略，能放进但留有大缺段不算匹配。按编号回答三个字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Which insert fully completes each annular gap 1, 2, 3, continuing both circular boundaries and both ends? Keep the final orientation; only horizontal positioning and lowering are allowed. Ignore fitting clearance, but merely fitting with a large missing sector is not a match. Return three letters. Ignore gravity, frict... | [
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1.0 | formal-281-20261021-v2 | 000049@v001/000049_q01 | 000049 | 000049_q01 | v001 | 3 | assembly | interface_matching | structured | A、B、C 分别匹配中心座哪个侧槽？允许在上方绕 Z 轴转到相应分支方向，再平移对齐；要求完整轮廓配合，不是只看能否放入。按接口 1、2、3 回答三个字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Which plug matches each side socket of the central hub? Rotation about Z above the hub and positioning are allowed. Require full profile matching, not merely containment. Return three letters in socket order 1, 2, 3. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows s... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"1":{"type":"string","enum":["A","B","C"]},"2":{"type":"string","enum":["A","B","C"]},"3":{"type":"string","enum":["A","B","C"]}},"required":["1","2","3"],"additionalProperties":false,"description":"按接口 1、2、3 分别填写部件字母 / Map interface IDs 1, 2, 3 to p... | exact_mapping | layout20:radial_hub_three_side_interfaces | unassigned | {"value":{"1":"B","2":"C","3":"A"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000050@v001/000050_q01 | 000050 | 000050_q01 | v001 | 3 | assembly | interface_matching | structured | 观察各榫舌上下两层的端面。允许平移到端口相应高度，但保持末态朝向，沿 +Y 插入。哪个榫舌与 1、2、3 的两层端口都完整对应？按编号回答三个字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Inspect the upper and lower end-face layers of each tongue. Translation to a port height is allowed, but keep the final orientation and insert along +Y. Which tongue fully matches both layers of each port 1, 2, 3? Return three letters. Ignore gravity, friction and deformation; each letter denotes one rigid body. The to... | [
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"1":{"type":"string","enum":["A","B","C"]},"2":{"type":"string","enum":["A","B","C"]},"3":{"type":"string","enum":["A","B","C"]}},"required":["1","2","3"],"additionalProperties":false,"description":"按接口 1、2、3 分别填写部件字母 / Map interface IDs 1, 2, 3 to p... | exact_mapping | layout20:layered_side_port_interfaces | unassigned | {"value":{"1":"C","2":"A","3":"B"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000051@v001/000051_q01 | 000051 | 000051_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 转动后停在双轨上方。保持末态朝向和水平位置，只沿 -Z 下降，两条长脚能否同时完全进入两条斜轨？视频没有演示下降。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P stops above the rails after rotating. Keeping the final orientation and horizontal position, can a -Z descent fully seat both long feet in the converging rails? Descent is not shown. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:converging_dual_rail_bridge | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000052@v001/000052_q01 | 000052 | 000052_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 已转到末态朝向。H 固定，P 保持水平位置，只沿 -Z 降到两侧墙底接近地面时，能否让横梁从罩壳内部隧道中贯穿而不碰撞？不再旋转。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P has reached its final orientation. With H fixed and no further rotation or horizontal motion, can P descend along -Z until its wall bottoms are near the floor, with the beam passing through its internal tunnel without collision? Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-lef... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:hood_internal_tunnel_over_bridge | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000053@v001/000053_q01 | 000053 | 000053_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 在门外转动后停住。保持末态高度和朝向，只沿 +Y 直线移动，P 能否整体通过编号 1、2 两道门？不能横移、绕行或继续转动。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P rotates outside the gates and stops. At the final height and orientation, can the entire P pass through both gates 1 and 2 by a straight +Y translation? No sideways motion, detours or further rotation. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive ... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:bent_shuttle_offset_gates | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000054@v001/000054_q01 | 000054 | 000054_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 已转到末态朝向，两个开口钩保持同一刚体。只沿 +Y 平移到横杆处，能否让上下两根横杆同时进入对应钩槽？不升降、不转动，H 固定。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P has reached its final orientation; both open hooks form one rigid body. Can a +Y translation engage both crossbars in their corresponding hook slots? No lifting or rotation; H stays fixed. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directi... | [
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:side_open_hooks_two_height_rack | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000055@v001/000055_q01 | 000055 | 000055_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 的两个环孔均在立柱上方。保持末态朝向及水平位置，只沿 -Z 下降，能否套住两柱并让连接桥避开中央高肋，落到基座上方？ 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Both ring holes of P are above the posts. Keeping the final orientation and horizontal position, can P descend along -Z over both posts while its connecting bridge clears the central rib, reaching the space just above the base? Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left X... | [
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"label_zh": "观察材料",
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] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | layout20:twin_ring_offset_bridge_rib | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000056@v001/000056_q01 | 000056 | 000056_q01 | v001 | 3 | assembly | assembly_order | structured | 视频按 A、C、B 装配，首次接触即停止。A、C 只沿 -Z 下降，B 只沿 +Y 送入边槽；已装件固定。哪个移动件首先无法到位，哪个已装件挡住它？回答“移动件 阻挡件”。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The video assembles A, C, B and stops at first contact. A and C descend along -Z; B feeds along +Y into the edge grooves. Seated parts stay fixed. Which moving part first cannot seat, and which seated part blocks it? Return moving-part letter then blocker letter. Ignore gravity, friction and deformation; each letter de... | [
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"role": "observation",
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | layout20:drawer_floor_four_edge_enclosure | unassigned | {"value":{"moving":"B","blocker":"C"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000057@v001/000057_q01 | 000057 | 000057_q01 | v001 | 3 | assembly | assembly_order | structured | 视频按 A、B、C 尝试装配。A 沿 +X，B 沿 -X，C 沿 -Z；已到位部件不动。哪个部件首先无法到位？都到位回答“无”。目标是两板交指且细键进入共用横槽。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The video attempts A, B, C. A moves along +X, B along -X, and C along -Z; seated parts remain fixed. Which part first fails to seat? Answer none if all seat. The goal is interdigitated plates with the thin key in their shared slot. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-le... | [
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"label_en": "Observation"
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"first_blocked_part":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."}},"required":["first_blocked_part"],"additionalProperties":false}},"required":["value"],"additionalProp... | exact_record | layout20:interdigitating_plates_transverse_key | unassigned | {"value":{"first_blocked_part":null}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000058@v001/000058_q01 | 000058 | 000058_q01 | v001 | 3 | assembly | assembly_order | structured | 视频按 A、C、B 尝试装配，首次接触即停。轴 B 只沿 +X 穿入，A、C 只竖直下降，已装件固定。首先受阻的移动件和阻挡件各是谁？回答两个字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The video attempts A, C, B and stops at first contact. Shaft B feeds only along +X; A and C descend vertically, and seated parts are fixed. Which moving part is first blocked, and by which seated part? Return two letters. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arr... | [
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"role": "observation",
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | layout20:twin_bearings_shoulder_shaft_collar | unassigned | {"value":{"moving":"B","blocker":"C"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000059@v001/000059_q01 | 000059 | 000059_q01 | v001 | 3 | assembly | assembly_order | structured | 视频依次装入 A、B、C。A 从上方下降，B 沿 +Y 送入，C 从后方沿 -Y 合拢；已装件保持不动。哪个部件首先不能到位？若都能到位回答“无”。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The video installs A, B, C: A descends, B feeds along +Y, and C closes from behind along -Y. Seated parts remain fixed. Which part first cannot seat? Answer none if all can seat. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is v... | [
{
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"label_zh": "观察材料",
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"first_blocked_part":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."}},"required":["first_blocked_part"],"additionalProperties":false}},"required":["value"],"additionalProp... | exact_record | layout20:nested_cabinet_shelf_back_closure | unassigned | {"value":{"first_blocked_part":null}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000060@v001/000060_q01 | 000060 | 000060_q01 | v001 | 3 | assembly | assembly_order | structured | 按 A、C、B 的顺序安装弯管部件：A、B 只沿 -Z，C 从侧面沿 -X 合拢；已装件固定。首次不能到达目标位置的是谁，又被谁阻挡？回答“移动件 阻挡件”。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | The elbow-duct parts are installed in order A, C, B: A and B descend along -Z, while C closes from the side along -X. Seated parts are fixed. Which part first cannot reach its target, and which part blocks it? Return moving-part letter then blocker letter. Ignore gravity, friction and deformation; each letter denotes o... | [
{
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"role": "observation",
"label_zh": "观察材料",
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] | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | layout20:elbow_duct_three_layer_enclosure | unassigned | {"value":{"moving":"B","blocker":"C"}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000061@v001/000061_q01 | 000061 | 000061_q01 | v001 | 3 | assembly | part_decomposition | single_choice | P 绕世界 Z 轴转动后停住，A、B 不动。末态时，P 仍穿着哪个桥框？只有弧条仍从框孔中经过才计入；已完全离开则不计。回答字母，不判断之后能否继续转动。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P turns about the world Z axis and stops; A and B stay fixed. Which bridge guide does P still pass through at the final state? Count only a guide whose opening is still spanned by the strip. Return letters; do not infer further motion. Ignore gravity, friction and deformation; each letter denotes one rigid body. The to... | [
{
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"role": "observation",
"label_zh": "观察材料",
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] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
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},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
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}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | layout20:arc_strip_separate_radial_bridges | unassigned | {"value":"A"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000062@v001/000062_q01 | 000062 | 000062_q01 | v001 | 3 | assembly | part_decomposition | single_choice | P 沿 +X 滑动后停住。末态仍有哪根轴贯穿 P 的内部开口？水平轴 A 或竖直轴 B 完全离开则不计入。回答仍贯穿的字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P slides along +X and stops. Which shaft still passes through an internal opening of P? Omit horizontal shaft A or vertical shaft B once it has fully cleared. Return the letters still passing through. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive wor... | [
{
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"sha256": "a7db184e67be892da55191165900638eb8032064982c18459b1a4a9402b27140",
"role": "observation",
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] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
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},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | layout20:long_window_sleeve_orthogonal_axes | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000063@v001/000063_q01 | 000063 | 000063_q01 | v001 | 3 | assembly | part_decomposition | single_choice | 外壳 P 沿 -Y 抽出后停住，A、B 两个内芯固定。末态哪个内芯仍有一部分处在 P 的开放腔内部？只看腔内空间是否仍与内芯重叠，完全露在壳外的不计入。回答字母。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | Shell P withdraws along -Y and stops while cores A and B stay fixed. At the final state, which core still lies partly inside an open cavity of P? Count overlap with the cavity interior, not solid penetration; omit a fully exposed core. Return letters. Ignore gravity, friction and deformation; each letter denotes one ri... | [
{
"media_id": "m01",
"type": "video",
"path": "media/acf588774fbef8dd1d7e975ebe72356c47dc6ff939b90d97f9f71504d9a4a482.mp4",
"sha256": "acf588774fbef8dd1d7e975ebe72356c47dc6ff939b90d97f9f71504d9a4a482",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [
{
"id": "A",
"text_zh": "A",
"text_en": "A",
"media_ids": [
"m01"
]
},
{
"id": "B",
"text_zh": "B",
"text_en": "B",
"media_ids": [
"m01"
]
}
] | {"type":"object","properties":{"value":{"type":"string","enum":["A","B"]}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_choice | layout20:two_depth_open_shell_core_exposure | unassigned | {"value":"B"} | 2.0 |
1.0 | formal-281-20261021-v2 | 000064@v001/000064_q01 | 000064 | 000064_q01 | v001 | 3 | assembly | next_step_prediction | boolean | B 已退出，A 固定。保持末态朝向，P 能否只沿 +Z 完整取出？不能横移、旋转或变形。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | B has retracted and A stays fixed. Can P be completely extracted along +Z at its final orientation? No sideways motion, rotation or deformation. Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vertically upward. | [
{
"media_id": "m01",
"type": "video",
"path": "media/d88eaeb76040c6d4e484d4bf3dfe9bbcb799dbb60502f32a2fa4449da78251ab.mp4",
"sha256": "d88eaeb76040c6d4e484d4bf3dfe9bbcb799dbb60502f32a2fa4449da78251ab",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | balanced10:lobed_disk_staggered_retainers | unassigned | {"value":false} | 2.0 |
1.0 | formal-281-20261021-v2 | 000065@v001/000065_q01 | 000065 | 000065_q01 | v001 | 3 | assembly | next_step_prediction | boolean | K 已沿 +X 完全让开，固定导轨不动。P 是一个错层双叉刚体，能否保持高度和朝向，只沿 +Y 完整退出？ 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | K has cleared along +X and the guides stay fixed. P is one stepped fork rigid body. Can it fully withdraw along +Y without changing height or orientation? Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vertically upward. | [
{
"media_id": "m01",
"type": "video",
"path": "media/8607a40f46bc45e85dbce2bf557f73f740a2a248d216e26a1d5431e1a6cd69dd.mp4",
"sha256": "8607a40f46bc45e85dbce2bf557f73f740a2a248d216e26a1d5431e1a6cd69dd",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | balanced10:two_level_fork_mouth_latch | unassigned | {"value":true} | 2.0 |
1.0 | formal-281-20261021-v2 | 000066@v002/000066_q01 | 000066 | 000066_q01 | v002 | 3 | assembly | assembly_order | structured | 目标图展示同一组部件全部到位后的装配形态，两个视角对应同一目标状态；视频展示一次装配尝试。视频按 C、B、A 尝试装配，首次接触即停。C 沿 +Y，B、A 沿 -Z。已装件固定，不绕行、不变形。哪个移动件首先无法到位，哪个已装件挡住它？回答“移动件 阻挡件”；全部到位则回答“无”。 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 第二张目标图仅将 A、B 半透明显示以看清内部，部件位置与实体目标相同。 | The target images show the same parts fully assembled, from two views of one goal state. The video shows one assembly attempt. The video attempts C, B, A and stops at first contact. C feeds along +Y; B and A descend along -Z. Seated parts stay fixed; no detours or deformation. Return the first blocked moving-part lette... | [
{
"media_id": "m01",
"type": "video",
"path": "media/f3b3e2465e4fbf4929bca04082a39f3dc9847557e634916801bcf15f6e5e5aec.mp4",
"sha256": "f3b3e2465e4fbf4929bca04082a39f3dc9847557e634916801bcf15f6e5e5aec",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
},
{
"med... | [] | {"type":"object","properties":{"value":{"type":"object","properties":{"moving":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null when no event occurs."},"blocker":{"type":["string","null"],"enum":["A","B","C",null],"description":"部件字母；无该事件时为 null / Part label; null w... | exact_record | balanced10:eccentric_tripod_three_distinct_bores | unassigned | {"value":{"moving":null,"blocker":null}} | 2.0 |
1.0 | formal-281-20261021-v2 | 000067@v001/000067_q01 | 000067 | 000067_q01 | v001 | 3 | assembly | assembly_pose | boolean | P 已转到末态。固定芯柱带有径向高肋；保持 P 的朝向和水平位置，只沿 -Z 下降，P 能否套入并到达基座上方？ 忽略重力、摩擦和变形；每个字母表示一个完整刚体。 左上角 XYZ 箭头表示世界坐标正方向，+Z 竖直向上。 | P has reached its final orientation. The fixed core has a radial rib. Keeping orientation and horizontal position, can P descend along -Z over the core to just above the base? Ignore gravity, friction and deformation; each letter denotes one rigid body. The top-left XYZ arrows show positive world directions; +Z is vert... | [
{
"media_id": "m01",
"type": "video",
"path": "media/d854cbb26a741631496c00a8109980049eb4b4ec27e95bd60a5034287d9107be.mp4",
"sha256": "d854cbb26a741631496c00a8109980049eb4b4ec27e95bd60a5034287d9107be",
"role": "observation",
"label_zh": "观察材料",
"label_en": "Observation"
}
] | [] | {"type":"object","properties":{"value":{"type":"boolean"}},"required":["value"],"additionalProperties":false,"$schema":"https://json-schema.org/draft/2020-12/schema"} | exact_boolean | balanced10:split_hex_sleeve_radial_rib | unassigned | {"value":true} | 2.0 |
End of preview. Expand in Data Studio
SPATIAL: 3D Spatial Reasoning
This open-answer release contains 281 cases, 382 bilingual questions, 334 videos and 43 images. One row is one question, not one video. Cases may share media and contain multiple questions. The original media bytes, IDs, Chinese/English questions, answer semantics and v2 scoring contracts are preserved.
本次按数据所有者要求完整公开题目、媒体和标准答案。全部 281 个案例均保留，包括仍带有不通过质量标记的 000007；包含它不表示该案例已经通过审核。
本版本没有划分训练集或测试集，全部为 unassigned。公开答案不适合作为保密测试集。
Loading
import json
from datasets import load_dataset
from huggingface_hub import hf_hub_download
repo = "flymanss/3d_haiming"
ds = load_dataset(repo, "full", split="unassigned")
row = ds[0]
answer = json.loads(row["answer_json"])
media_files = [hf_hub_download(repo, m["path"], repo_type="dataset")
for m in row["media"]]
full is a lossless join of the canonical questions and gold tables by sample_id.
It adds only answer_json and scorer_version; the canonical tables are also published unchanged.
All three configurations contain 382 rows. JSONL copies are provided alongside Parquet.
Media paths are relative to the repository root, with SHA-256 hashes in each media record.
The nested media paths are ordinary strings, not automatically decoded Hugging Face Video/Image features.
Download referenced files as above; this release does not claim inline video playback in the dataset viewer.
Question Types
| question_type | Meaning | Questions |
|---|---|---|
| single_choice | One explicit option | 68 |
| boolean | JSON true or false | 158 |
| multiple_select | Unordered subset of explicit options | 31 |
| structured | Mapping, ordered sequence, record, or open set | 125 |
Classify by the actual response contract, not a legacy type name, number of images,
or the number of correct options. Ranking is structured + exact_sequence;
composite records are structured + exact_record. Structured responses are not free-form essays.
All primary scores are exact 0/1. A correct false response scores 1.
Task Taxonomy
geometry_level is 1, 2 or 3. scenario_type is the task family; subtask is its source-backed subdivision.
There are 11 families and 23 non-null subtask labels. Forty-two questions have a genuine null subtask.
Do not copy the family into subtask, substitute unknown, infer from a Skill number,
or convert an unrecognized label to null. Unknown or conflicting labels require explicit review.
The exact vocabulary and type/rule compatibility are in classification_rules.json.
Per-family and subtask counts are in statistics.json.
Answers and Scoring
Answers are JSON strings of the form {"value": ...} so mixed answer types have a stable Arrow schema.
response_schema_json defines each response contract. Arrays explicitly distinguish ordered sequences
from unordered sets. JSON types are strict; booleans are not integers. Extra fields and duplicate set members fail validation.
Rules: exact_choice (68), exact_boolean (158), exact_set (33),
exact_mapping (90), exact_sequence (12), exact_record (21).
The 33 set-scored questions include 31 multiple-select and two structured open sets.
Auxiliary field accuracy or set F1 never replaces the primary exact score.
Install requirements.txt, download the repository, then run:
python evaluation/evaluate.py --predictions predictions.jsonl --output results.json
Each prediction line contains sample_id and a JSON string in prediction_json.
Missing predictions score zero. Unknown or duplicate IDs reject the submission.
Do not pass gold answers into a model during evaluation.
Version and Quality
- Schema:
1.0; conversion/scorer implementation:2.0. - Frozen source dataset:
formal-281-20261021-v2; open-answer release:formal-281-open-answers-20261022. - Only the selected current revision of each case is included, not all historical revisions.
- The source's grouping keys are retained. Any future train/test split must respect
split_group_id. - This is the complete owner-selected collection, not a claim that every case passed independent quality review.
- Case
000007has a known not-passed quality flag and remains included by explicit owner request. - Local checks validate hashes, schemas, question/answer alignment and deterministic scorer behavior. These checks do not establish human agreement, absence of visual ambiguity or model performance.
- Media are synthetic spatial scenes; conclusions need not generalize to real-world mechanical physics.
- No additional reuse license is asserted in this upload. Public access alone is not a license grant.
The format specification records the original local preparation workflow.
Its historical "not uploaded"/restricted-gold defaults are superseded for this release only by
the owner's explicit open-answer publication request. Logical separation is retained through the
questions and gold tables; neither table is confidential in this repository.
Raw generation sources, machine-local provenance and private review archives are not part of this dataset release.
File checksums and the explicit release scope are recorded in manifest.json.
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