{
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    "assembly_seq": 28,
    "object_id": "100431",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a pink body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The pink body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
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    "assembly_seq": 28,
    "object_id": "100431",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a pink body features a blue handle that tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The pink body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
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    "clip_seq": 402,
    "assembly_seq": 28,
    "object_id": "100431",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a pink body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The pink body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00409": {
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    "assembly_seq": 29,
    "object_id": "100432",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
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    "assembly_seq": 29,
    "object_id": "100432",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
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    "assembly_seq": 29,
    "object_id": "100432",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
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    "assembly_seq": 30,
    "object_id": "100435",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body features a blue handle that tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
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    "assembly_seq": 30,
    "object_id": "100435",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00420": {
    "clip_seq": 420,
    "assembly_seq": 30,
    "object_id": "100435",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00427": {
    "clip_seq": 427,
    "assembly_seq": 31,
    "object_id": "100438",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a salmon body features a blue handle that tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00428": {
    "clip_seq": 428,
    "assembly_seq": 31,
    "object_id": "100438",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a salmon body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00429": {
    "clip_seq": 429,
    "assembly_seq": 31,
    "object_id": "100438",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a salmon body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The salmon body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00436": {
    "clip_seq": 436,
    "assembly_seq": 32,
    "object_id": "100439",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00437": {
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    "assembly_seq": 32,
    "object_id": "100439",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00438": {
    "clip_seq": 438,
    "assembly_seq": 32,
    "object_id": "100439",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body is present. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00445": {
    "clip_seq": 445,
    "assembly_seq": 33,
    "object_id": "100441",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and red body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow and red body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00446": {
    "clip_seq": 446,
    "assembly_seq": 33,
    "object_id": "100441",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and red body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow and red body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00447": {
    "clip_seq": 447,
    "assembly_seq": 33,
    "object_id": "100441",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and red body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow and red body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00454": {
    "clip_seq": 454,
    "assembly_seq": 34,
    "object_id": "100443",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body features the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00455": {
    "clip_seq": 455,
    "assembly_seq": 34,
    "object_id": "100443",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00456": {
    "clip_seq": 456,
    "assembly_seq": 34,
    "object_id": "100443",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00463": {
    "clip_seq": 463,
    "assembly_seq": 35,
    "object_id": "100444",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00464": {
    "clip_seq": 464,
    "assembly_seq": 35,
    "object_id": "100444",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "00465": {
    "clip_seq": 465,
    "assembly_seq": 35,
    "object_id": "100444",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body features the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00472": {
    "clip_seq": 472,
    "assembly_seq": 36,
    "object_id": "100446",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00473": {
    "clip_seq": 473,
    "assembly_seq": 36,
    "object_id": "100446",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body appears. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00474": {
    "clip_seq": 474,
    "assembly_seq": 36,
    "object_id": "100446",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00481": {
    "clip_seq": 481,
    "assembly_seq": 37,
    "object_id": "100448",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00482": {
    "clip_seq": 482,
    "assembly_seq": 37,
    "object_id": "100448",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00483": {
    "clip_seq": 483,
    "assembly_seq": 37,
    "object_id": "100448",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00490": {
    "clip_seq": 490,
    "assembly_seq": 38,
    "object_id": "100452",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body features the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00491": {
    "clip_seq": 491,
    "assembly_seq": 38,
    "object_id": "100452",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00492": {
    "clip_seq": 492,
    "assembly_seq": 38,
    "object_id": "100452",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00499": {
    "clip_seq": 499,
    "assembly_seq": 39,
    "object_id": "100454",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00500": {
    "clip_seq": 500,
    "assembly_seq": 39,
    "object_id": "100454",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00501": {
    "clip_seq": 501,
    "assembly_seq": 39,
    "object_id": "100454",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00508": {
    "clip_seq": 508,
    "assembly_seq": 40,
    "object_id": "100460",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, mint, and pink body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, mint, and pink body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00509": {
    "clip_seq": 509,
    "assembly_seq": 40,
    "object_id": "100460",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, mint, and pink body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, mint, and pink body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00510": {
    "clip_seq": 510,
    "assembly_seq": 40,
    "object_id": "100460",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, mint, and pink body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, mint, and pink body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00517": {
    "clip_seq": 517,
    "assembly_seq": 41,
    "object_id": "100461",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, yellow, pink, and orange body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, yellow, pink, and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00518": {
    "clip_seq": 518,
    "assembly_seq": 41,
    "object_id": "100461",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a cyan, yellow, pink, and orange body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, yellow, pink, and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00519": {
    "clip_seq": 519,
    "assembly_seq": 41,
    "object_id": "100461",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, yellow, pink, and orange body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, yellow, pink, and orange body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00526": {
    "clip_seq": 526,
    "assembly_seq": 42,
    "object_id": "100462",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00527": {
    "clip_seq": 527,
    "assembly_seq": 42,
    "object_id": "100462",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00528": {
    "clip_seq": 528,
    "assembly_seq": 42,
    "object_id": "100462",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow and orange body is present. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00535": {
    "clip_seq": 535,
    "assembly_seq": 43,
    "object_id": "100464",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body appears. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00536": {
    "clip_seq": 536,
    "assembly_seq": 43,
    "object_id": "100464",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00537": {
    "clip_seq": 537,
    "assembly_seq": 43,
    "object_id": "100464",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body is present. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00544": {
    "clip_seq": 544,
    "assembly_seq": 44,
    "object_id": "100465",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00545": {
    "clip_seq": 545,
    "assembly_seq": 44,
    "object_id": "100465",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00546": {
    "clip_seq": 546,
    "assembly_seq": 44,
    "object_id": "100465",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00553": {
    "clip_seq": 553,
    "assembly_seq": 45,
    "object_id": "100468",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00554": {
    "clip_seq": 554,
    "assembly_seq": 45,
    "object_id": "100468",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00555": {
    "clip_seq": 555,
    "assembly_seq": 45,
    "object_id": "100468",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00562": {
    "clip_seq": 562,
    "assembly_seq": 46,
    "object_id": "100469",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a cyan and yellow body exists. The magenta handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00563": {
    "clip_seq": 563,
    "assembly_seq": 46,
    "object_id": "100469",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a cyan and yellow body has a magenta handle that tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00564": {
    "clip_seq": 564,
    "assembly_seq": 46,
    "object_id": "100469",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a cyan and yellow body has the magenta handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00571": {
    "clip_seq": 571,
    "assembly_seq": 47,
    "object_id": "100470",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and mint body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00572": {
    "clip_seq": 572,
    "assembly_seq": 47,
    "object_id": "100470",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and mint body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00573": {
    "clip_seq": 573,
    "assembly_seq": 47,
    "object_id": "100470",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and mint body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and mint body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00580": {
    "clip_seq": 580,
    "assembly_seq": 48,
    "object_id": "100472",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, pink, and salmon body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, pink, and salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00581": {
    "clip_seq": 581,
    "assembly_seq": 48,
    "object_id": "100472",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, pink, and salmon body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, pink, and salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00582": {
    "clip_seq": 582,
    "assembly_seq": 48,
    "object_id": "100472",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan, pink, and salmon body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan, pink, and salmon body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00589": {
    "clip_seq": 589,
    "assembly_seq": 49,
    "object_id": "100473",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a pale yellow body has the magenta handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The pale yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00590": {
    "clip_seq": 590,
    "assembly_seq": 49,
    "object_id": "100473",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a pale yellow body has a magenta handle that tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The pale yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00591": {
    "clip_seq": 591,
    "assembly_seq": 49,
    "object_id": "100473",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a magenta handle and a pale yellow body has the magenta handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The pale yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00598": {
    "clip_seq": 598,
    "assembly_seq": 50,
    "object_id": "100477",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow, pale cyan, and mint body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, pale cyan, and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00599": {
    "clip_seq": 599,
    "assembly_seq": 50,
    "object_id": "100477",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow, pale cyan, and mint body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, pale cyan, and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00600": {
    "clip_seq": 600,
    "assembly_seq": 50,
    "object_id": "100477",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow, pale cyan, and mint body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, pale cyan, and mint body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00607": {
    "clip_seq": 607,
    "assembly_seq": 51,
    "object_id": "100482",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a lavender, light magenta, and yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The lavender, light magenta, and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00608": {
    "clip_seq": 608,
    "assembly_seq": 51,
    "object_id": "100482",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a lavender, light magenta, and yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The lavender, light magenta, and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00609": {
    "clip_seq": 609,
    "assembly_seq": 51,
    "object_id": "100482",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a lavender, light magenta, and yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The lavender, light magenta, and yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "00616": {
    "clip_seq": 616,
    "assembly_seq": 52,
    "object_id": "100486",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a red and peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The red and peach body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "00617": {
    "clip_seq": 617,
    "assembly_seq": 52,
    "object_id": "100486",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a red and peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The red and peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "00618": {
    "clip_seq": 618,
    "assembly_seq": 52,
    "object_id": "100486",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a red and peach body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The red and peach body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "01417": {
    "clip_seq": 1417,
    "assembly_seq": 92,
    "object_id": "102352",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "01418": {
    "clip_seq": 1418,
    "assembly_seq": 92,
    "object_id": "102352",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "01419": {
    "clip_seq": 1419,
    "assembly_seq": 92,
    "object_id": "102352",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a cyan and yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "01426": {
    "clip_seq": 1426,
    "assembly_seq": 93,
    "object_id": "102358",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a green and yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The green and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "01427": {
    "clip_seq": 1427,
    "assembly_seq": 93,
    "object_id": "102358",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a green and yellow body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The green and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "01428": {
    "clip_seq": 1428,
    "assembly_seq": 93,
    "object_id": "102358",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a green and yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The green and yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "01435": {
    "clip_seq": 1435,
    "assembly_seq": 94,
    "object_id": "102359",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a deep orange, pink, and cyan body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The deep orange, pink, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "01436": {
    "clip_seq": 1436,
    "assembly_seq": 94,
    "object_id": "102359",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a deep orange, pink, and cyan body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The deep orange, pink, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "01437": {
    "clip_seq": 1437,
    "assembly_seq": 94,
    "object_id": "102359",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a deep orange, pink, and cyan body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The deep orange, pink, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "01444": {
    "clip_seq": 1444,
    "assembly_seq": 95,
    "object_id": "102365",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket has a blue handle and a yellow, deep orange, and cyan body. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, deep orange, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "01445": {
    "clip_seq": 1445,
    "assembly_seq": 95,
    "object_id": "102365",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow, deep orange, and cyan body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, deep orange, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "01446": {
    "clip_seq": 1446,
    "assembly_seq": 95,
    "object_id": "102365",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow, deep orange, and cyan body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow, deep orange, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "01453": {
    "clip_seq": 1453,
    "assembly_seq": 96,
    "object_id": "102367",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle moves in a single direction, completing only half of its full range of motion."
  },
  "01454": {
    "clip_seq": 1454,
    "assembly_seq": 96,
    "object_id": "102367",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "01455": {
    "clip_seq": 1455,
    "assembly_seq": 96,
    "object_id": "102367",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete sweep back to back."
  },
  "02443": {
    "clip_seq": 2443,
    "assembly_seq": 190,
    "object_id": "100282",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a magenta body. The red door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02446": {
    "clip_seq": 2446,
    "assembly_seq": 190,
    "object_id": "100282",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a magenta body. The red door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02449": {
    "clip_seq": 2449,
    "assembly_seq": 190,
    "object_id": "100282",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a magenta body. The red door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02452": {
    "clip_seq": 2452,
    "assembly_seq": 191,
    "object_id": "100283",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02455": {
    "clip_seq": 2455,
    "assembly_seq": 191,
    "object_id": "100283",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02458": {
    "clip_seq": 2458,
    "assembly_seq": 191,
    "object_id": "100283",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02461": {
    "clip_seq": 2461,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The green door swings closed. The door rotates around hinges on the side of the body. The cyan and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02464": {
    "clip_seq": 2464,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The green door swings closed. The door rotates around hinges on the side of the body. The cyan and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02467": {
    "clip_seq": 2467,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The green door swings closed. The door rotates around hinges on the side of the body. The cyan and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02470": {
    "clip_seq": 2470,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The red door swings closed. The door rotates around hinges on the side of the body. The cyan and green body and any non-moving doors remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02473": {
    "clip_seq": 2473,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The red door swings closed. The door rotates around hinges on the side of the body. The cyan and green body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02476": {
    "clip_seq": 2476,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The red door swings closed. The door rotates around hinges on the side of the body. The cyan and green body and any non-moving doors remain completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02488": {
    "clip_seq": 2488,
    "assembly_seq": 194,
    "object_id": "100520",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and pink frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue and pink frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02491": {
    "clip_seq": 2491,
    "assembly_seq": 194,
    "object_id": "100520",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and pink frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue and pink frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02494": {
    "clip_seq": 2494,
    "assembly_seq": 194,
    "object_id": "100520",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and pink frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue and pink frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02497": {
    "clip_seq": 2497,
    "assembly_seq": 195,
    "object_id": "100521",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and red frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue and red frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02500": {
    "clip_seq": 2500,
    "assembly_seq": 195,
    "object_id": "100521",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and red frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue and red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02503": {
    "clip_seq": 2503,
    "assembly_seq": 195,
    "object_id": "100521",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue and red frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue and red frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02506": {
    "clip_seq": 2506,
    "assembly_seq": 196,
    "object_id": "100523",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a green and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The green and salmon frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02509": {
    "clip_seq": 2509,
    "assembly_seq": 196,
    "object_id": "100523",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a green and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The green and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02512": {
    "clip_seq": 2512,
    "assembly_seq": 196,
    "object_id": "100523",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a green and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The green and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02515": {
    "clip_seq": 2515,
    "assembly_seq": 197,
    "object_id": "100526",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a salmon frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The salmon frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02518": {
    "clip_seq": 2518,
    "assembly_seq": 197,
    "object_id": "100526",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a salmon frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02521": {
    "clip_seq": 2521,
    "assembly_seq": 197,
    "object_id": "100526",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a salmon frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02524": {
    "clip_seq": 2524,
    "assembly_seq": 198,
    "object_id": "100531",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow and red frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and red frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02527": {
    "clip_seq": 2527,
    "assembly_seq": 198,
    "object_id": "100531",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow and red frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02530": {
    "clip_seq": 2530,
    "assembly_seq": 198,
    "object_id": "100531",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow and red frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and red frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02533": {
    "clip_seq": 2533,
    "assembly_seq": 199,
    "object_id": "100532",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a pink seat and a green frame. The pink seat unfolds upward, rotating about the hinge where the seat meets the frame. The green frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02536": {
    "clip_seq": 2536,
    "assembly_seq": 199,
    "object_id": "100532",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a pink seat and a green frame. The pink seat unfolds upward, rotating about the hinge where the seat meets the frame. The green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02539": {
    "clip_seq": 2539,
    "assembly_seq": 199,
    "object_id": "100532",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with a pink seat and a green frame features the pink seat unfolding upward, rotating about the hinge where the seat meets the frame. The green frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02542": {
    "clip_seq": 2542,
    "assembly_seq": 200,
    "object_id": "100557",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02545": {
    "clip_seq": 2545,
    "assembly_seq": 200,
    "object_id": "100557",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02548": {
    "clip_seq": 2548,
    "assembly_seq": 200,
    "object_id": "100557",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02551": {
    "clip_seq": 2551,
    "assembly_seq": 201,
    "object_id": "100561",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue, orange, and peach frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue, orange, and peach frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02554": {
    "clip_seq": 2554,
    "assembly_seq": 201,
    "object_id": "100561",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue, orange, and peach frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue, orange, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02557": {
    "clip_seq": 2557,
    "assembly_seq": 201,
    "object_id": "100561",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a blue, orange, and peach frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue, orange, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02560": {
    "clip_seq": 2560,
    "assembly_seq": 202,
    "object_id": "100562",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a yellow and pale yellow frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and pale yellow frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02563": {
    "clip_seq": 2563,
    "assembly_seq": 202,
    "object_id": "100562",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a yellow and pale yellow frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and pale yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02566": {
    "clip_seq": 2566,
    "assembly_seq": 202,
    "object_id": "100562",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a yellow and pale yellow frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow and pale yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02569": {
    "clip_seq": 2569,
    "assembly_seq": 203,
    "object_id": "100568",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a magenta and orange frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and orange frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02572": {
    "clip_seq": 2572,
    "assembly_seq": 203,
    "object_id": "100568",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a magenta and orange frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02575": {
    "clip_seq": 2575,
    "assembly_seq": 203,
    "object_id": "100568",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a green seat and a magenta and orange frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02578": {
    "clip_seq": 2578,
    "assembly_seq": 204,
    "object_id": "100579",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a magenta, cyan, and yellow frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta, cyan, and yellow frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02581": {
    "clip_seq": 2581,
    "assembly_seq": 204,
    "object_id": "100579",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a magenta, cyan, and yellow frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta, cyan, and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02584": {
    "clip_seq": 2584,
    "assembly_seq": 204,
    "object_id": "100579",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with a red seat and a magenta, cyan, and yellow frame features the red seat unfolding upward, rotating about the hinge where the seat meets the frame. The magenta, cyan, and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02587": {
    "clip_seq": 2587,
    "assembly_seq": 205,
    "object_id": "100586",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a red and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The red and salmon frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02590": {
    "clip_seq": 2590,
    "assembly_seq": 205,
    "object_id": "100586",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a red and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The red and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02593": {
    "clip_seq": 2593,
    "assembly_seq": 205,
    "object_id": "100586",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a red and salmon frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The red and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02596": {
    "clip_seq": 2596,
    "assembly_seq": 206,
    "object_id": "100587",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and an orange, red, lavender, and peach frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The orange, red, lavender, and peach frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02599": {
    "clip_seq": 2599,
    "assembly_seq": 206,
    "object_id": "100587",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and an orange, red, lavender, and peach frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The orange, red, lavender, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02602": {
    "clip_seq": 2602,
    "assembly_seq": 206,
    "object_id": "100587",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and an orange, red, lavender, and peach frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The orange, red, lavender, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02605": {
    "clip_seq": 2605,
    "assembly_seq": 207,
    "object_id": "100590",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02608": {
    "clip_seq": 2608,
    "assembly_seq": 207,
    "object_id": "100590",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02611": {
    "clip_seq": 2611,
    "assembly_seq": 207,
    "object_id": "100590",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02614": {
    "clip_seq": 2614,
    "assembly_seq": 208,
    "object_id": "100598",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair features a blue seat and a magenta, yellow, green, mint, lavender, and orange frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta, yellow, green, mint, lavender, and orange frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02617": {
    "clip_seq": 2617,
    "assembly_seq": 208,
    "object_id": "100598",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta, yellow, green, mint, lavender, and orange frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta, yellow, green, mint, lavender, and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02620": {
    "clip_seq": 2620,
    "assembly_seq": 208,
    "object_id": "100598",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta, yellow, green, mint, lavender, and orange frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta, yellow, green, mint, lavender, and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02623": {
    "clip_seq": 2623,
    "assembly_seq": 209,
    "object_id": "100599",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and green frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and green frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02626": {
    "clip_seq": 2626,
    "assembly_seq": 209,
    "object_id": "100599",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and green frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02629": {
    "clip_seq": 2629,
    "assembly_seq": 209,
    "object_id": "100599",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a magenta and green frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The magenta and green frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02632": {
    "clip_seq": 2632,
    "assembly_seq": 210,
    "object_id": "100600",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has an orange seat and a peach and blue frame. The orange seat unfolds upward, rotating about the hinge where the seat meets the frame. The peach and blue frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02635": {
    "clip_seq": 2635,
    "assembly_seq": 210,
    "object_id": "100600",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has an orange seat and a peach and blue frame. The orange seat unfolds upward, rotating about the hinge where the seat meets the frame. The peach and blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02638": {
    "clip_seq": 2638,
    "assembly_seq": 210,
    "object_id": "100600",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with an orange seat and a peach and blue frame features the orange seat unfolding upward, rotating about the hinge where the seat meets the frame. The peach and blue frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02641": {
    "clip_seq": 2641,
    "assembly_seq": 211,
    "object_id": "100608",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a yellow frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02644": {
    "clip_seq": 2644,
    "assembly_seq": 211,
    "object_id": "100608",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a yellow frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02647": {
    "clip_seq": 2647,
    "assembly_seq": 211,
    "object_id": "100608",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a yellow frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02650": {
    "clip_seq": 2650,
    "assembly_seq": 212,
    "object_id": "100609",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a deep orange seat and a blue frame. The deep orange seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02653": {
    "clip_seq": 2653,
    "assembly_seq": 212,
    "object_id": "100609",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a deep orange seat and a blue frame. The deep orange seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02656": {
    "clip_seq": 2656,
    "assembly_seq": 212,
    "object_id": "100609",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with a deep orange seat and a blue frame features the deep orange seat unfolding upward, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02659": {
    "clip_seq": 2659,
    "assembly_seq": 213,
    "object_id": "100611",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a deep orange and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The deep orange and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02662": {
    "clip_seq": 2662,
    "assembly_seq": 213,
    "object_id": "100611",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a deep orange and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The deep orange and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02665": {
    "clip_seq": 2665,
    "assembly_seq": 213,
    "object_id": "100611",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a deep orange and pale cyan frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The deep orange and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02668": {
    "clip_seq": 2668,
    "assembly_seq": 214,
    "object_id": "100616",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a pale cyan and light magenta frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and light magenta frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02671": {
    "clip_seq": 2671,
    "assembly_seq": 214,
    "object_id": "100616",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a pale cyan and light magenta frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and light magenta frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "02674": {
    "clip_seq": 2674,
    "assembly_seq": 214,
    "object_id": "100616",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a pale cyan and light magenta frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and light magenta frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "02677": {
    "clip_seq": 2677,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The blue door swings closed. The door rotates around hinges on the side of the body. The peach and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02680": {
    "clip_seq": 2680,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip002",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has 2 hinged doors (blue and red) and a peach body. The blue door swings closed; the red door swings closed. The doors rotate around hinges on the side of the body. The peach body and any non-moving doors remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02683": {
    "clip_seq": 2683,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The blue door swings closed and rotates around hinges on the side of the body. The peach and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02686": {
    "clip_seq": 2686,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip002",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has 2 hinged doors (blue and red) and a peach body. The blue door swings closed and the red door swings closed. The doors rotate around hinges on the side of the body. The peach body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02689": {
    "clip_seq": 2689,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The blue door swings closed and rotates around hinges on the side of the body. The peach and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02692": {
    "clip_seq": 2692,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip002",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has 2 hinged doors (blue and red) and a peach body. The blue door swings closed, and the red door swings closed. The doors rotate around hinges on the side of the body. The peach body and any non-moving doors remain completely rigid and stationary throughout the animation. The doors move in a single direction, completing only half of their full range of motion."
  },
  "02695": {
    "clip_seq": 2695,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The red door swings closed. The door rotates around hinges on the side of the body. The peach and blue body and any non-moving doors remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02698": {
    "clip_seq": 2698,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The red door swings closed. The door rotates around hinges on the side of the body. The peach and blue body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02701": {
    "clip_seq": 2701,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The red door swings closed. The door rotates around hinges on the side of the body. The peach and blue body and any non-moving doors remain completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "02776": {
    "clip_seq": 2776,
    "assembly_seq": 224,
    "object_id": "101363",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a peach body. The green door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "02779": {
    "clip_seq": 2779,
    "assembly_seq": 224,
    "object_id": "101363",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a peach body. The green door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "02782": {
    "clip_seq": 2782,
    "assembly_seq": 224,
    "object_id": "101363",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a peach body. The green door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03379": {
    "clip_seq": 3379,
    "assembly_seq": 291,
    "object_id": "101564",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03382": {
    "clip_seq": 3382,
    "assembly_seq": 291,
    "object_id": "101564",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03385": {
    "clip_seq": 3385,
    "assembly_seq": 291,
    "object_id": "101564",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03388": {
    "clip_seq": 3388,
    "assembly_seq": 292,
    "object_id": "101579",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03391": {
    "clip_seq": 3391,
    "assembly_seq": 292,
    "object_id": "101579",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03394": {
    "clip_seq": 3394,
    "assembly_seq": 292,
    "object_id": "101579",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03397": {
    "clip_seq": 3397,
    "assembly_seq": 293,
    "object_id": "101583",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03400": {
    "clip_seq": 3400,
    "assembly_seq": 293,
    "object_id": "101583",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03403": {
    "clip_seq": 3403,
    "assembly_seq": 293,
    "object_id": "101583",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03406": {
    "clip_seq": 3406,
    "assembly_seq": 294,
    "object_id": "101584",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03409": {
    "clip_seq": 3409,
    "assembly_seq": 294,
    "object_id": "101584",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03412": {
    "clip_seq": 3412,
    "assembly_seq": 294,
    "object_id": "101584",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03415": {
    "clip_seq": 3415,
    "assembly_seq": 295,
    "object_id": "101591",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03418": {
    "clip_seq": 3418,
    "assembly_seq": 295,
    "object_id": "101591",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03421": {
    "clip_seq": 3421,
    "assembly_seq": 295,
    "object_id": "101591",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03424": {
    "clip_seq": 3424,
    "assembly_seq": 296,
    "object_id": "101593",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03427": {
    "clip_seq": 3427,
    "assembly_seq": 296,
    "object_id": "101593",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03430": {
    "clip_seq": 3430,
    "assembly_seq": 296,
    "object_id": "101593",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03433": {
    "clip_seq": 3433,
    "assembly_seq": 297,
    "object_id": "101594",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a magenta body. The green door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03436": {
    "clip_seq": 3436,
    "assembly_seq": 297,
    "object_id": "101594",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a magenta body. The green door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03439": {
    "clip_seq": 3439,
    "assembly_seq": 297,
    "object_id": "101594",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a magenta body. The green door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03442": {
    "clip_seq": 3442,
    "assembly_seq": 298,
    "object_id": "101599",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03445": {
    "clip_seq": 3445,
    "assembly_seq": 298,
    "object_id": "101599",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03448": {
    "clip_seq": 3448,
    "assembly_seq": 298,
    "object_id": "101599",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03451": {
    "clip_seq": 3451,
    "assembly_seq": 299,
    "object_id": "101603",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The yellow body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03454": {
    "clip_seq": 3454,
    "assembly_seq": 299,
    "object_id": "101603",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03457": {
    "clip_seq": 3457,
    "assembly_seq": 299,
    "object_id": "101603",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The yellow body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03460": {
    "clip_seq": 3460,
    "assembly_seq": 300,
    "object_id": "101604",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03463": {
    "clip_seq": 3463,
    "assembly_seq": 300,
    "object_id": "101604",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03466": {
    "clip_seq": 3466,
    "assembly_seq": 300,
    "object_id": "101604",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03469": {
    "clip_seq": 3469,
    "assembly_seq": 301,
    "object_id": "101605",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a pink body. The deep orange door swings closed, rotating around a hinge on one side of the body. The pink body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03472": {
    "clip_seq": 3472,
    "assembly_seq": 301,
    "object_id": "101605",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a pink body. The deep orange door swings closed, rotating around a hinge on one side of the body. The pink body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03475": {
    "clip_seq": 3475,
    "assembly_seq": 301,
    "object_id": "101605",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a pink body. The deep orange door swings closed, rotating around a hinge on one side of the body. The pink body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03478": {
    "clip_seq": 3478,
    "assembly_seq": 302,
    "object_id": "101611",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03481": {
    "clip_seq": 3481,
    "assembly_seq": 302,
    "object_id": "101611",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03484": {
    "clip_seq": 3484,
    "assembly_seq": 302,
    "object_id": "101611",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03487": {
    "clip_seq": 3487,
    "assembly_seq": 303,
    "object_id": "101612",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03490": {
    "clip_seq": 3490,
    "assembly_seq": 303,
    "object_id": "101612",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03493": {
    "clip_seq": 3493,
    "assembly_seq": 303,
    "object_id": "101612",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "03496": {
    "clip_seq": 3496,
    "assembly_seq": 304,
    "object_id": "101619",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "03499": {
    "clip_seq": 3499,
    "assembly_seq": 304,
    "object_id": "101619",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "03502": {
    "clip_seq": 3502,
    "assembly_seq": 304,
    "object_id": "101619",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04468": {
    "clip_seq": 4468,
    "assembly_seq": 365,
    "object_id": "102255",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a pale cyan and yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and yellow frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04471": {
    "clip_seq": 4471,
    "assembly_seq": 365,
    "object_id": "102255",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a pale cyan and yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "04474": {
    "clip_seq": 4474,
    "assembly_seq": 365,
    "object_id": "102255",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a pale cyan and yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The pale cyan and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "04477": {
    "clip_seq": 4477,
    "assembly_seq": 366,
    "object_id": "102263",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with a yellow seat and a red frame features the yellow seat unfolding upward, rotating about the hinge where the seat meets the frame. The red frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04480": {
    "clip_seq": 4480,
    "assembly_seq": 366,
    "object_id": "102263",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair with a yellow seat and a red frame features the yellow seat unfolding upward, rotating about the hinge where the seat meets the frame. The red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "04483": {
    "clip_seq": 4483,
    "assembly_seq": 366,
    "object_id": "102263",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a yellow seat and a red frame. The yellow seat unfolds upward, rotating about the hinge where the seat meets the frame. The red frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "04486": {
    "clip_seq": 4486,
    "assembly_seq": 367,
    "object_id": "102269",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a lavender and green frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The lavender and green frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04489": {
    "clip_seq": 4489,
    "assembly_seq": 367,
    "object_id": "102269",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a lavender and green frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The lavender and green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "04492": {
    "clip_seq": 4492,
    "assembly_seq": 367,
    "object_id": "102269",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a red seat and a lavender and green frame. The red seat unfolds upward, rotating about the hinge where the seat meets the frame. The lavender and green frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "04495": {
    "clip_seq": 4495,
    "assembly_seq": 368,
    "object_id": "102278",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a red door and a peach body. The red door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04498": {
    "clip_seq": 4498,
    "assembly_seq": 368,
    "object_id": "102278",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a red door and a peach body. The red door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04501": {
    "clip_seq": 4501,
    "assembly_seq": 368,
    "object_id": "102278",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a red door and a peach body. The red door swings closed, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04504": {
    "clip_seq": 4504,
    "assembly_seq": 369,
    "object_id": "102301",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a green body. The blue door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04507": {
    "clip_seq": 4507,
    "assembly_seq": 369,
    "object_id": "102301",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a green body. The blue door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04510": {
    "clip_seq": 4510,
    "assembly_seq": 369,
    "object_id": "102301",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a green body. The blue door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04513": {
    "clip_seq": 4513,
    "assembly_seq": 370,
    "object_id": "102309",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a salmon body. The cyan door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04516": {
    "clip_seq": 4516,
    "assembly_seq": 370,
    "object_id": "102309",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a salmon body. The cyan door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04519": {
    "clip_seq": 4519,
    "assembly_seq": 370,
    "object_id": "102309",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a salmon body. The cyan door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04522": {
    "clip_seq": 4522,
    "assembly_seq": 371,
    "object_id": "102311",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04525": {
    "clip_seq": 4525,
    "assembly_seq": 371,
    "object_id": "102311",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04528": {
    "clip_seq": 4528,
    "assembly_seq": 371,
    "object_id": "102311",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04531": {
    "clip_seq": 4531,
    "assembly_seq": 372,
    "object_id": "102314",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04534": {
    "clip_seq": 4534,
    "assembly_seq": 372,
    "object_id": "102314",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "04537": {
    "clip_seq": 4537,
    "assembly_seq": 372,
    "object_id": "102314",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A folding chair has a blue seat and a yellow frame. The blue seat unfolds upward, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat moves in a single direction, completing only half of its full range of motion."
  },
  "04540": {
    "clip_seq": 4540,
    "assembly_seq": 373,
    "object_id": "102316",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a cyan body. The green door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04543": {
    "clip_seq": 4543,
    "assembly_seq": 373,
    "object_id": "102316",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a cyan body. The green door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04546": {
    "clip_seq": 4546,
    "assembly_seq": 373,
    "object_id": "102316",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a cyan body. The green door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04549": {
    "clip_seq": 4549,
    "assembly_seq": 374,
    "object_id": "102318",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a salmon body. The magenta door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04552": {
    "clip_seq": 4552,
    "assembly_seq": 374,
    "object_id": "102318",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a salmon body. The magenta door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04555": {
    "clip_seq": 4555,
    "assembly_seq": 374,
    "object_id": "102318",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a magenta door and a salmon body. The magenta door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04567": {
    "clip_seq": 4567,
    "assembly_seq": 376,
    "object_id": "102380",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a magenta body. The orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04570": {
    "clip_seq": 4570,
    "assembly_seq": 376,
    "object_id": "102380",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a magenta body. The orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04573": {
    "clip_seq": 4573,
    "assembly_seq": 376,
    "object_id": "102380",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a magenta body. The orange door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04576": {
    "clip_seq": 4576,
    "assembly_seq": 377,
    "object_id": "102381",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a lavender door and a cyan body. The lavender door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04579": {
    "clip_seq": 4579,
    "assembly_seq": 377,
    "object_id": "102381",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a lavender door and a cyan body. The lavender door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04582": {
    "clip_seq": 4582,
    "assembly_seq": 377,
    "object_id": "102381",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a lavender door and a cyan body. The lavender door swings closed, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04585": {
    "clip_seq": 4585,
    "assembly_seq": 378,
    "object_id": "102384",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04588": {
    "clip_seq": 4588,
    "assembly_seq": 378,
    "object_id": "102384",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04591": {
    "clip_seq": 4591,
    "assembly_seq": 378,
    "object_id": "102384",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a green door and a salmon body. The green door swings closed, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04594": {
    "clip_seq": 4594,
    "assembly_seq": 379,
    "object_id": "102387",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04597": {
    "clip_seq": 4597,
    "assembly_seq": 379,
    "object_id": "102387",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04600": {
    "clip_seq": 4600,
    "assembly_seq": 379,
    "object_id": "102387",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a green body. The orange door swings closed, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04603": {
    "clip_seq": 4603,
    "assembly_seq": 380,
    "object_id": "102389",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04606": {
    "clip_seq": 4606,
    "assembly_seq": 380,
    "object_id": "102389",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04609": {
    "clip_seq": 4609,
    "assembly_seq": 380,
    "object_id": "102389",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings closed, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04621": {
    "clip_seq": 4621,
    "assembly_seq": 382,
    "object_id": "102418",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a pale yellow body. The blue door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04624": {
    "clip_seq": 4624,
    "assembly_seq": 382,
    "object_id": "102418",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a pale yellow body. The blue door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04627": {
    "clip_seq": 4627,
    "assembly_seq": 382,
    "object_id": "102418",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has a blue door and a pale yellow body. The blue door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "04630": {
    "clip_seq": 4630,
    "assembly_seq": 383,
    "object_id": "102423",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a pale yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "04633": {
    "clip_seq": 4633,
    "assembly_seq": 383,
    "object_id": "102423",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a pale yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "04636": {
    "clip_seq": 4636,
    "assembly_seq": 383,
    "object_id": "102423",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A safe has an orange door and a pale yellow body. The orange door swings closed, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06322": {
    "clip_seq": 6322,
    "assembly_seq": 504,
    "object_id": "103361",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06325": {
    "clip_seq": 6325,
    "assembly_seq": 504,
    "object_id": "103361",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06328": {
    "clip_seq": 6328,
    "assembly_seq": 504,
    "object_id": "103361",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06331": {
    "clip_seq": 6331,
    "assembly_seq": 505,
    "object_id": "103369",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06334": {
    "clip_seq": 6334,
    "assembly_seq": 505,
    "object_id": "103369",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06337": {
    "clip_seq": 6337,
    "assembly_seq": 505,
    "object_id": "103369",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings closed, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06349": {
    "clip_seq": 6349,
    "assembly_seq": 507,
    "object_id": "103425",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06352": {
    "clip_seq": 6352,
    "assembly_seq": 507,
    "object_id": "103425",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06355": {
    "clip_seq": 6355,
    "assembly_seq": 507,
    "object_id": "103425",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06358": {
    "clip_seq": 6358,
    "assembly_seq": 508,
    "object_id": "103452",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the machine. The pale yellow body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06361": {
    "clip_seq": 6361,
    "assembly_seq": 508,
    "object_id": "103452",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the machine. The pale yellow body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06364": {
    "clip_seq": 6364,
    "assembly_seq": 508,
    "object_id": "103452",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a green door and a pale yellow body. The green door swings closed, rotating around a hinge on one side of the machine. The pale yellow body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06367": {
    "clip_seq": 6367,
    "assembly_seq": 509,
    "object_id": "103480",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06370": {
    "clip_seq": 6370,
    "assembly_seq": 509,
    "object_id": "103480",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06373": {
    "clip_seq": 6373,
    "assembly_seq": 509,
    "object_id": "103480",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings closed, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06376": {
    "clip_seq": 6376,
    "assembly_seq": 510,
    "object_id": "103490",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06379": {
    "clip_seq": 6379,
    "assembly_seq": 510,
    "object_id": "103490",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06382": {
    "clip_seq": 6382,
    "assembly_seq": 510,
    "object_id": "103490",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06385": {
    "clip_seq": 6385,
    "assembly_seq": 511,
    "object_id": "103508",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06388": {
    "clip_seq": 6388,
    "assembly_seq": 511,
    "object_id": "103508",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06391": {
    "clip_seq": 6391,
    "assembly_seq": 511,
    "object_id": "103508",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06394": {
    "clip_seq": 6394,
    "assembly_seq": 512,
    "object_id": "103521",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta and red body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta and red body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06397": {
    "clip_seq": 6397,
    "assembly_seq": 512,
    "object_id": "103521",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta and red body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta and red body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06400": {
    "clip_seq": 6400,
    "assembly_seq": 512,
    "object_id": "103521",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta and red body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta and red body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06403": {
    "clip_seq": 6403,
    "assembly_seq": 513,
    "object_id": "103528",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a pink door and an orange body. The pink door swings closed, rotating around a hinge on one side of the machine. The orange body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06406": {
    "clip_seq": 6406,
    "assembly_seq": 513,
    "object_id": "103528",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a pink door and an orange body. The pink door swings closed, rotating around a hinge on one side of the machine. The orange body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06409": {
    "clip_seq": 6409,
    "assembly_seq": 513,
    "object_id": "103528",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a pink door and an orange body. The pink door swings closed, rotating around a hinge on one side of the machine. The orange body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06448": {
    "clip_seq": 6448,
    "assembly_seq": 518,
    "object_id": "103775",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06451": {
    "clip_seq": 6451,
    "assembly_seq": 518,
    "object_id": "103775",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06454": {
    "clip_seq": 6454,
    "assembly_seq": 518,
    "object_id": "103775",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a yellow door and a magenta body. The yellow door swings closed, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06457": {
    "clip_seq": 6457,
    "assembly_seq": 519,
    "object_id": "103776",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06460": {
    "clip_seq": 6460,
    "assembly_seq": 519,
    "object_id": "103776",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06463": {
    "clip_seq": 6463,
    "assembly_seq": 519,
    "object_id": "103776",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06466": {
    "clip_seq": 6466,
    "assembly_seq": 520,
    "object_id": "103778",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06469": {
    "clip_seq": 6469,
    "assembly_seq": 520,
    "object_id": "103778",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06472": {
    "clip_seq": 6472,
    "assembly_seq": 520,
    "object_id": "103778",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a blue door and a peach body. The blue door swings closed, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "06475": {
    "clip_seq": 6475,
    "assembly_seq": 521,
    "object_id": "103781",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a mint body. The red door swings closed, rotating around a hinge on one side of the machine. The mint body of the washing machine remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "06478": {
    "clip_seq": 6478,
    "assembly_seq": 521,
    "object_id": "103781",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a mint body. The red door swings closed, rotating around a hinge on one side of the machine. The mint body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "06481": {
    "clip_seq": 6481,
    "assembly_seq": 521,
    "object_id": "103781",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A washing machine has a red door and a mint body. The red door swings closed, rotating around a hinge on one side of the machine. The mint body of the washing machine remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11272": {
    "clip_seq": 11272,
    "assembly_seq": 861,
    "object_id": "7119",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a green body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11275": {
    "clip_seq": 11275,
    "assembly_seq": 861,
    "object_id": "7119",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a green body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11278": {
    "clip_seq": 11278,
    "assembly_seq": 861,
    "object_id": "7119",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a green body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11281": {
    "clip_seq": 11281,
    "assembly_seq": 862,
    "object_id": "7128",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a red body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The red body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11284": {
    "clip_seq": 11284,
    "assembly_seq": 862,
    "object_id": "7128",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a red body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The red body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11287": {
    "clip_seq": 11287,
    "assembly_seq": 862,
    "object_id": "7128",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a red body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The red body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11308": {
    "clip_seq": 11308,
    "assembly_seq": 865,
    "object_id": "7167",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a green door and a cyan and lavender body. The green door swings closed, rotating around a hinge on one side of the microwave. The cyan and lavender body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11311": {
    "clip_seq": 11311,
    "assembly_seq": 865,
    "object_id": "7167",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a green door and a cyan and lavender body features a green door that swings closed, rotating around a hinge on one side of the microwave. The cyan and lavender body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11314": {
    "clip_seq": 11314,
    "assembly_seq": 865,
    "object_id": "7167",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a green door and a cyan and lavender body has a green door that swings closed, rotating around a hinge on one side of the microwave. The cyan and lavender body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11416": {
    "clip_seq": 11416,
    "assembly_seq": 870,
    "object_id": "7221",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a peach, light magenta, and green body has a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The peach, light magenta, and green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11419": {
    "clip_seq": 11419,
    "assembly_seq": 870,
    "object_id": "7221",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a deep orange door and a peach, light magenta, and green body. The deep orange door swings closed, rotating around a hinge on one side of the microwave. The peach, light magenta, and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11422": {
    "clip_seq": 11422,
    "assembly_seq": 870,
    "object_id": "7221",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a deep orange door and a peach, light magenta, and green body. The deep orange door swings closed, rotating around a hinge on one side of the microwave. The peach, light magenta, and green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11425": {
    "clip_seq": 11425,
    "assembly_seq": 871,
    "object_id": "7236",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a yellow door and a green body features a yellow door that swings closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11428": {
    "clip_seq": 11428,
    "assembly_seq": 871,
    "object_id": "7236",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a yellow door and a green body has the yellow door swinging closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11431": {
    "clip_seq": 11431,
    "assembly_seq": 871,
    "object_id": "7236",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a yellow door and a green body. The yellow door swings closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11434": {
    "clip_seq": 11434,
    "assembly_seq": 872,
    "object_id": "7263",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a peach and light magenta body has the blue door swinging closed, rotating around a hinge on one side of the microwave. The peach and light magenta body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11437": {
    "clip_seq": 11437,
    "assembly_seq": 872,
    "object_id": "7263",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a peach and light magenta body has the blue door swinging closed, rotating around a hinge on one side of the microwave. The peach and light magenta body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11440": {
    "clip_seq": 11440,
    "assembly_seq": 872,
    "object_id": "7263",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a blue door and a peach and light magenta body. The blue door swings closed, rotating around a hinge on one side of the microwave. The peach and light magenta body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11443": {
    "clip_seq": 11443,
    "assembly_seq": 873,
    "object_id": "7265",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a magenta, cyan, and pale cyan body has the orange door swing closed, rotating around a hinge on one side of the microwave. The magenta, cyan, and pale cyan body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11446": {
    "clip_seq": 11446,
    "assembly_seq": 873,
    "object_id": "7265",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has an orange door and a magenta, cyan, and pale cyan body. The orange door swings closed, rotating around a hinge on one side of the microwave. The magenta, cyan, and pale cyan body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11449": {
    "clip_seq": 11449,
    "assembly_seq": 873,
    "object_id": "7265",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with an orange door and a magenta, cyan, and pale cyan body has the orange door swinging closed, rotating around a hinge on one side of the microwave. The magenta, cyan, and pale cyan body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11452": {
    "clip_seq": 11452,
    "assembly_seq": 874,
    "object_id": "7273",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a yellow body features a magenta door that swings closed, rotating around a hinge on one side of the microwave. The yellow body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11455": {
    "clip_seq": 11455,
    "assembly_seq": 874,
    "object_id": "7273",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a yellow body features a magenta door that swings closed, rotating around a hinge on one side of the microwave. The yellow body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11458": {
    "clip_seq": 11458,
    "assembly_seq": 874,
    "object_id": "7273",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a yellow body features a magenta door that swings closed, rotating around a hinge on one side of the microwave. The yellow body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11470": {
    "clip_seq": 11470,
    "assembly_seq": 876,
    "object_id": "7292",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a magenta body features a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The magenta body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11473": {
    "clip_seq": 11473,
    "assembly_seq": 876,
    "object_id": "7292",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a magenta body features a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The magenta body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11476": {
    "clip_seq": 11476,
    "assembly_seq": 876,
    "object_id": "7292",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a magenta body has the deep orange door swinging closed, rotating around a hinge on one side of the microwave. The magenta body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11479": {
    "clip_seq": 11479,
    "assembly_seq": 877,
    "object_id": "7296",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a magenta and pink body has a blue door that swings closed, rotating around a hinge on one side of the microwave. The magenta and pink body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11482": {
    "clip_seq": 11482,
    "assembly_seq": 877,
    "object_id": "7296",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a magenta and pink body has the blue door swinging closed, rotating around a hinge on one side of the microwave. The magenta and pink body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11485": {
    "clip_seq": 11485,
    "assembly_seq": 877,
    "object_id": "7296",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a magenta and pink body has a blue door that swings closed, rotating around a hinge on one side of the microwave. The magenta and pink body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11488": {
    "clip_seq": 11488,
    "assembly_seq": 878,
    "object_id": "7304",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a pink body features a blue door that swings closed, rotating around a hinge on one side of the microwave. The pink body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11491": {
    "clip_seq": 11491,
    "assembly_seq": 878,
    "object_id": "7304",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a pink body features a blue door that swings closed, rotating around a hinge on one side of the microwave. The pink body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11494": {
    "clip_seq": 11494,
    "assembly_seq": 878,
    "object_id": "7304",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a pink body features a blue door that swings closed, rotating around a hinge on one side of the microwave. The pink body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11497": {
    "clip_seq": 11497,
    "assembly_seq": 879,
    "object_id": "7306",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a green body features a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11500": {
    "clip_seq": 11500,
    "assembly_seq": 879,
    "object_id": "7306",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a green body features a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11503": {
    "clip_seq": 11503,
    "assembly_seq": 879,
    "object_id": "7306",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a deep orange door and a green body features a deep orange door that swings closed, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11506": {
    "clip_seq": 11506,
    "assembly_seq": 880,
    "object_id": "7310",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a green and red body features a blue door that swings closed, rotating around a hinge on one side of the microwave. The green and red body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11509": {
    "clip_seq": 11509,
    "assembly_seq": 880,
    "object_id": "7310",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a green and red body has the blue door swinging closed, rotating around a hinge on one side of the microwave. The green and red body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11512": {
    "clip_seq": 11512,
    "assembly_seq": 880,
    "object_id": "7310",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a blue door and a green and red body. The blue door swings closed, rotating around a hinge on one side of the microwave. The green and red body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11515": {
    "clip_seq": 11515,
    "assembly_seq": 881,
    "object_id": "7320",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a pink, orange, and green body features a blue door that swings closed, rotating around a hinge on one side of the microwave. The pink, orange, and green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11518": {
    "clip_seq": 11518,
    "assembly_seq": 881,
    "object_id": "7320",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a blue door and a pink, orange, and green body features the blue door swinging closed, rotating around a hinge on one side of the microwave. The pink, orange, and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11521": {
    "clip_seq": 11521,
    "assembly_seq": 881,
    "object_id": "7320",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a blue door and a pink, orange, and green body. The blue door swings closed, rotating around a hinge on one side of the microwave. The pink, orange, and green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11578": {
    "clip_seq": 11578,
    "assembly_seq": 884,
    "object_id": "7349",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a pink door and a green and yellow body features a pink door that swings closed, rotating around a hinge on one side of the microwave. The green and yellow body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11581": {
    "clip_seq": 11581,
    "assembly_seq": 884,
    "object_id": "7349",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a pink door and a green and yellow body. The pink door swings closed, rotating around a hinge on one side of the microwave. The green and yellow body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11584": {
    "clip_seq": 11584,
    "assembly_seq": 884,
    "object_id": "7349",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave has a pink door and a green and yellow body. The pink door swings closed, rotating around a hinge on one side of the microwave. The green and yellow body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11587": {
    "clip_seq": 11587,
    "assembly_seq": 885,
    "object_id": "7366",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a salmon and green body features a magenta door that swings closed, rotating around a hinge on one side of the microwave. The salmon and green body of the microwave remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating the complete rotation back to back."
  },
  "11590": {
    "clip_seq": 11590,
    "assembly_seq": 885,
    "object_id": "7366",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a salmon and green body features a magenta door that swings closed, rotating around a hinge on one side of the microwave. The salmon and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "11593": {
    "clip_seq": 11593,
    "assembly_seq": 885,
    "object_id": "7366",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "prompt": "A microwave with a magenta door and a salmon and green body has the magenta door swinging closed, rotating around a hinge on one side of the microwave. The salmon and green body of the microwave remains completely rigid and stationary throughout the animation. The door moves in a single direction, completing only half of its full range of motion."
  },
  "11938": {
    "clip_seq": 11938,
    "assembly_seq": 28,
    "object_id": "100431",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00401",
    "prompt": "A bucket with a blue handle and a pink body is present. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The pink body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11941": {
    "clip_seq": 11941,
    "assembly_seq": 29,
    "object_id": "100432",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00410",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11944": {
    "clip_seq": 11944,
    "assembly_seq": 30,
    "object_id": "100435",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00419",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11947": {
    "clip_seq": 11947,
    "assembly_seq": 31,
    "object_id": "100438",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00428",
    "prompt": "A bucket with a blue handle and a salmon body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11950": {
    "clip_seq": 11950,
    "assembly_seq": 32,
    "object_id": "100439",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00437",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11953": {
    "clip_seq": 11953,
    "assembly_seq": 33,
    "object_id": "100441",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00446",
    "prompt": "A bucket with a blue handle and a yellow and red body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow and red body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11956": {
    "clip_seq": 11956,
    "assembly_seq": 34,
    "object_id": "100443",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00455",
    "prompt": "A bucket with a blue handle and a yellow body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11959": {
    "clip_seq": 11959,
    "assembly_seq": 35,
    "object_id": "100444",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00464",
    "prompt": "A bucket with a blue handle and a yellow body appears. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other."
  },
  "11962": {
    "clip_seq": 11962,
    "assembly_seq": 36,
    "object_id": "100446",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00473",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the left, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11965": {
    "clip_seq": 11965,
    "assembly_seq": 37,
    "object_id": "100448",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00482",
    "prompt": "A bucket with a blue handle and a yellow and orange body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11968": {
    "clip_seq": 11968,
    "assembly_seq": 38,
    "object_id": "100452",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00491",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11971": {
    "clip_seq": 11971,
    "assembly_seq": 39,
    "object_id": "100454",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00500",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11974": {
    "clip_seq": 11974,
    "assembly_seq": 40,
    "object_id": "100460",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00509",
    "prompt": "A bucket with a blue handle and a cyan, mint, and pink body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan, mint, and pink body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11977": {
    "clip_seq": 11977,
    "assembly_seq": 41,
    "object_id": "100461",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00518",
    "prompt": "A bucket has a blue handle and a cyan, yellow, pink, and orange body. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan, yellow, pink, and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11980": {
    "clip_seq": 11980,
    "assembly_seq": 42,
    "object_id": "100462",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00527",
    "prompt": "A bucket with a blue handle and a yellow and orange body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow and orange body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11983": {
    "clip_seq": 11983,
    "assembly_seq": 43,
    "object_id": "100464",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00536",
    "prompt": "A bucket has a blue handle and a yellow body. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11986": {
    "clip_seq": 11986,
    "assembly_seq": 44,
    "object_id": "100465",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00545",
    "prompt": "A bucket with a blue handle and a peach body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11989": {
    "clip_seq": 11989,
    "assembly_seq": 45,
    "object_id": "100468",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00554",
    "prompt": "A bucket with a blue handle and a yellow body appears. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11992": {
    "clip_seq": 11992,
    "assembly_seq": 46,
    "object_id": "100469",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00563",
    "prompt": "A bucket with a magenta handle and a cyan and yellow body has a magenta handle that tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11995": {
    "clip_seq": 11995,
    "assembly_seq": 47,
    "object_id": "100470",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00572",
    "prompt": "A bucket with a blue handle and a cyan and mint body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "11998": {
    "clip_seq": 11998,
    "assembly_seq": 48,
    "object_id": "100472",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00581",
    "prompt": "A bucket with a blue handle and a cyan, pink, and salmon body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan, pink, and salmon body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12001": {
    "clip_seq": 12001,
    "assembly_seq": 49,
    "object_id": "100473",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00590",
    "prompt": "A bucket with a magenta handle and a pale yellow body exists. The magenta handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The pale yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12004": {
    "clip_seq": 12004,
    "assembly_seq": 50,
    "object_id": "100477",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00599",
    "prompt": "A bucket with a blue handle and a yellow, pale cyan, and mint body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow, pale cyan, and mint body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12007": {
    "clip_seq": 12007,
    "assembly_seq": 51,
    "object_id": "100482",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00608",
    "prompt": "A bucket with a blue handle and a lavender, light magenta, and yellow body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The lavender, light magenta, and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12010": {
    "clip_seq": 12010,
    "assembly_seq": 52,
    "object_id": "100486",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "00617",
    "prompt": "A bucket with a blue handle and a red and peach body has a blue handle that tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The red and peach body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12603": {
    "clip_seq": 12603,
    "assembly_seq": 861,
    "object_id": "7119",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11275",
    "prompt": "A microwave with an orange door and a green body has the orange door swinging open, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12607": {
    "clip_seq": 12607,
    "assembly_seq": 862,
    "object_id": "7128",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11284",
    "prompt": "A microwave with an orange door and a red body features the orange door swinging open, rotating around a hinge on one side of the microwave. The red body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12617": {
    "clip_seq": 12617,
    "assembly_seq": 865,
    "object_id": "7167",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11311",
    "prompt": "A microwave with a green door and a cyan and lavender body features a green door that swings open, rotating around a hinge on one side of the microwave. The cyan and lavender body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12656": {
    "clip_seq": 12656,
    "assembly_seq": 870,
    "object_id": "7221",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11419",
    "prompt": "A microwave has a deep orange door and a peach, light magenta, and green body. The deep orange door swings open, rotating around a hinge on one side of the microwave. The peach, light magenta, and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12659": {
    "clip_seq": 12659,
    "assembly_seq": 871,
    "object_id": "7236",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11428",
    "prompt": "A microwave with a yellow door and a green body features a yellow door that swings open, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12663": {
    "clip_seq": 12663,
    "assembly_seq": 872,
    "object_id": "7263",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11437",
    "prompt": "A microwave has a blue door and a peach and light magenta body. The blue door swings open, rotating around a hinge on one side of the microwave. The peach and light magenta body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12666": {
    "clip_seq": 12666,
    "assembly_seq": 873,
    "object_id": "7265",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11446",
    "prompt": "A microwave has an orange door and a magenta, cyan, and pale cyan body. The orange door swings open, rotating around a hinge on one side of the microwave. The magenta, cyan, and pale cyan body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12669": {
    "clip_seq": 12669,
    "assembly_seq": 874,
    "object_id": "7273",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11455",
    "prompt": "A microwave with a magenta door and a yellow body features a magenta door that swings open, rotating around a hinge on one side of the microwave. The yellow body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12676": {
    "clip_seq": 12676,
    "assembly_seq": 876,
    "object_id": "7292",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11473",
    "prompt": "A microwave has a deep orange door and a magenta body. The deep orange door swings open, rotating around a hinge on one side of the microwave. The magenta body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12679": {
    "clip_seq": 12679,
    "assembly_seq": 877,
    "object_id": "7296",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11482",
    "prompt": "A microwave with a blue door and a magenta and pink body has the blue door swinging open, rotating around a hinge on one side of the microwave. The magenta and pink body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12683": {
    "clip_seq": 12683,
    "assembly_seq": 878,
    "object_id": "7304",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11491",
    "prompt": "A microwave with a blue door and a pink body features a blue door that swings open, rotating around a hinge on one side of the microwave. The pink body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12686": {
    "clip_seq": 12686,
    "assembly_seq": 879,
    "object_id": "7306",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11500",
    "prompt": "A microwave with a deep orange door and a green body has the deep orange door swinging open, rotating around a hinge on one side of the microwave. The green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12689": {
    "clip_seq": 12689,
    "assembly_seq": 880,
    "object_id": "7310",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11509",
    "prompt": "A microwave with a blue door and a green and red body has the blue door swinging open, rotating around a hinge on one side of the microwave. The green and red body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12692": {
    "clip_seq": 12692,
    "assembly_seq": 881,
    "object_id": "7320",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11518",
    "prompt": "A microwave with a blue door and a pink, orange, and green body features a blue door that swings open, rotating around a hinge on one side of the microwave. The pink, orange, and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12716": {
    "clip_seq": 12716,
    "assembly_seq": 884,
    "object_id": "7349",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11581",
    "prompt": "A microwave with a pink door and a green and yellow body features a pink door that swings open, rotating around a hinge on one side of the microwave. The green and yellow body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12719": {
    "clip_seq": 12719,
    "assembly_seq": 885,
    "object_id": "7366",
    "category": "Microwave",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "11590",
    "prompt": "A microwave with a magenta door and a salmon and green body has the magenta door swinging open, rotating around a hinge on one side of the microwave. The salmon and green body of the microwave remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "12880": {
    "clip_seq": 12880,
    "assembly_seq": 92,
    "object_id": "102352",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "01418",
    "prompt": "A bucket with a blue handle and a cyan and yellow body has a blue handle that tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The cyan and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12883": {
    "clip_seq": 12883,
    "assembly_seq": 93,
    "object_id": "102358",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "01427",
    "prompt": "A bucket has a blue handle and a green and yellow body. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The green and yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12886": {
    "clip_seq": 12886,
    "assembly_seq": 94,
    "object_id": "102359",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "01436",
    "prompt": "A bucket with a blue handle and a deep orange, pink, and cyan body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The deep orange, pink, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12889": {
    "clip_seq": 12889,
    "assembly_seq": 95,
    "object_id": "102365",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "01445",
    "prompt": "A bucket with a blue handle and a yellow, deep orange, and cyan body has the blue handle tilting to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow, deep orange, and cyan body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "12892": {
    "clip_seq": 12892,
    "assembly_seq": 96,
    "object_id": "102367",
    "category": "Bucket",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "01454",
    "prompt": "A bucket with a blue handle and a yellow body exists. The blue handle tilts to the right, rotating around a horizontal axis attached to the sides of the bucket. The yellow body of the bucket remains completely rigid and stationary throughout the animation. The handle completes a full motion cycle, sweeping from one side to the other and returning to its starting position."
  },
  "13222": {
    "clip_seq": 13222,
    "assembly_seq": 190,
    "object_id": "100282",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02446",
    "prompt": "A washing machine has a red door and a magenta body. The red door swings open, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13225": {
    "clip_seq": 13225,
    "assembly_seq": 191,
    "object_id": "100283",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02455",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings open, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13228": {
    "clip_seq": 13228,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02464",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The red door swings open, rotating around hinges on the side of the body. The cyan and green body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13231": {
    "clip_seq": 13231,
    "assembly_seq": 192,
    "object_id": "10036",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02473",
    "prompt": "A refrigerator has one hinged door (red) and a cyan and green body. The red door swings open, rotating around hinges on the side of the body. The cyan and green body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13237": {
    "clip_seq": 13237,
    "assembly_seq": 194,
    "object_id": "100520",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02491",
    "prompt": "A folding chair has a green seat and a blue and pink frame. The green seat unfolds upward, rotating about the hinge where the seat meets the frame. The blue and pink frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13240": {
    "clip_seq": 13240,
    "assembly_seq": 195,
    "object_id": "100521",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02500",
    "prompt": "A folding chair has a green seat and a blue and red frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue and red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13243": {
    "clip_seq": 13243,
    "assembly_seq": 196,
    "object_id": "100523",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02509",
    "prompt": "A folding chair has a blue seat and a green and salmon frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The green and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13246": {
    "clip_seq": 13246,
    "assembly_seq": 197,
    "object_id": "100526",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02518",
    "prompt": "A folding chair has a green seat and a salmon frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13249": {
    "clip_seq": 13249,
    "assembly_seq": 198,
    "object_id": "100531",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02527",
    "prompt": "A folding chair has a blue seat and a yellow and red frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The yellow and red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13252": {
    "clip_seq": 13252,
    "assembly_seq": 199,
    "object_id": "100532",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02536",
    "prompt": "A folding chair with a pink seat and a green frame features the pink seat that folds down, rotating about the hinge where the seat meets the frame. The green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13255": {
    "clip_seq": 13255,
    "assembly_seq": 200,
    "object_id": "100557",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02545",
    "prompt": "A folding chair has a green seat and a blue frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13258": {
    "clip_seq": 13258,
    "assembly_seq": 201,
    "object_id": "100561",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02554",
    "prompt": "A folding chair has a green seat and a blue, orange, and peach frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The blue, orange, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13261": {
    "clip_seq": 13261,
    "assembly_seq": 202,
    "object_id": "100562",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02563",
    "prompt": "A folding chair has a green seat and a yellow and pale yellow frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The yellow and pale yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13264": {
    "clip_seq": 13264,
    "assembly_seq": 203,
    "object_id": "100568",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02572",
    "prompt": "A folding chair has a green seat and a magenta and orange frame. The green seat folds down, rotating about the hinge where the seat meets the frame. The magenta and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13267": {
    "clip_seq": 13267,
    "assembly_seq": 204,
    "object_id": "100579",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02581",
    "prompt": "A folding chair has a red seat and a magenta, cyan, and yellow frame. The red seat folds down, rotating about the hinge where the seat meets the frame. The magenta, cyan, and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13270": {
    "clip_seq": 13270,
    "assembly_seq": 205,
    "object_id": "100586",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02590",
    "prompt": "A folding chair has a blue seat and a red and salmon frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The red and salmon frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13273": {
    "clip_seq": 13273,
    "assembly_seq": 206,
    "object_id": "100587",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02599",
    "prompt": "A folding chair has a blue seat and an orange, red, lavender, and peach frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The orange, red, lavender, and peach frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13276": {
    "clip_seq": 13276,
    "assembly_seq": 207,
    "object_id": "100590",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02608",
    "prompt": "A folding chair has a blue seat and a magenta and pale cyan frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The magenta and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13279": {
    "clip_seq": 13279,
    "assembly_seq": 208,
    "object_id": "100598",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02617",
    "prompt": "A folding chair has a blue seat and a magenta, yellow, green, mint, lavender, and orange frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The magenta, yellow, green, mint, lavender, and orange frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13282": {
    "clip_seq": 13282,
    "assembly_seq": 209,
    "object_id": "100599",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02626",
    "prompt": "A folding chair has a blue seat and a magenta and green frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The magenta and green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13285": {
    "clip_seq": 13285,
    "assembly_seq": 210,
    "object_id": "100600",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02635",
    "prompt": "A folding chair has an orange seat and a peach and blue frame. The orange seat folds down, rotating about the hinge where the seat meets the frame. The peach and blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13288": {
    "clip_seq": 13288,
    "assembly_seq": 211,
    "object_id": "100608",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02644",
    "prompt": "A folding chair has a red seat and a yellow frame. The red seat folds down, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13291": {
    "clip_seq": 13291,
    "assembly_seq": 212,
    "object_id": "100609",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02653",
    "prompt": "A folding chair has a deep orange seat and a blue frame. The deep orange seat folds down, rotating about the hinge where the seat meets the frame. The blue frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13294": {
    "clip_seq": 13294,
    "assembly_seq": 213,
    "object_id": "100611",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02662",
    "prompt": "A folding chair has a blue seat and a deep orange and pale cyan frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The deep orange and pale cyan frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13297": {
    "clip_seq": 13297,
    "assembly_seq": 214,
    "object_id": "100616",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02671",
    "prompt": "A folding chair has a red seat and a pale cyan and light magenta frame. The red seat folds down, rotating about the hinge where the seat meets the frame. The pale cyan and light magenta frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13300": {
    "clip_seq": 13300,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02683",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The blue door swings open, rotating around hinges on the side of the body. The peach and red body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13303": {
    "clip_seq": 13303,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip002",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02686",
    "prompt": "A refrigerator has 2 hinged doors (blue and red) and a peach body. The blue door swings open and the red door swings open. The doors rotate around hinges on the side of the body. The peach body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13306": {
    "clip_seq": 13306,
    "assembly_seq": 215,
    "object_id": "10068",
    "category": "Refrigerator",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02698",
    "prompt": "A refrigerator has one hinged door (red) and a peach and blue body. The red door swings open, rotating around hinges on the side of the body. The peach and blue body and any non-moving doors remain completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13333": {
    "clip_seq": 13333,
    "assembly_seq": 224,
    "object_id": "101363",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "02779",
    "prompt": "A safe has a green door and a peach body. The green door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13534": {
    "clip_seq": 13534,
    "assembly_seq": 291,
    "object_id": "101564",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03382",
    "prompt": "A safe has a yellow door and a peach body. The yellow door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13537": {
    "clip_seq": 13537,
    "assembly_seq": 292,
    "object_id": "101579",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03391",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13540": {
    "clip_seq": 13540,
    "assembly_seq": 293,
    "object_id": "101583",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03400",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13543": {
    "clip_seq": 13543,
    "assembly_seq": 294,
    "object_id": "101584",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03409",
    "prompt": "A safe has a blue door and a peach body. The blue door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13546": {
    "clip_seq": 13546,
    "assembly_seq": 295,
    "object_id": "101591",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03418",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings open, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13549": {
    "clip_seq": 13549,
    "assembly_seq": 296,
    "object_id": "101593",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03427",
    "prompt": "A safe has a green door and a salmon body. The green door swings open, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13552": {
    "clip_seq": 13552,
    "assembly_seq": 297,
    "object_id": "101594",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03436",
    "prompt": "A safe has a green door and a magenta body. The green door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13555": {
    "clip_seq": 13555,
    "assembly_seq": 298,
    "object_id": "101599",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03445",
    "prompt": "A safe has a magenta door and a peach body. The magenta door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13558": {
    "clip_seq": 13558,
    "assembly_seq": 299,
    "object_id": "101603",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03454",
    "prompt": "A safe has an orange door and a yellow body. The orange door swings open, rotating around a hinge on one side of the body. The yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13561": {
    "clip_seq": 13561,
    "assembly_seq": 300,
    "object_id": "101604",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03463",
    "prompt": "A safe has a green door and a pale yellow body. The green door swings open, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13564": {
    "clip_seq": 13564,
    "assembly_seq": 301,
    "object_id": "101605",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03472",
    "prompt": "A safe has a deep orange door and a pink body. The deep orange door swings open, rotating around a hinge on one side of the body. The pink body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13567": {
    "clip_seq": 13567,
    "assembly_seq": 302,
    "object_id": "101611",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03481",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13570": {
    "clip_seq": 13570,
    "assembly_seq": 303,
    "object_id": "101612",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03490",
    "prompt": "A safe has a deep orange door and a magenta body. The deep orange door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13573": {
    "clip_seq": 13573,
    "assembly_seq": 304,
    "object_id": "101619",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "03499",
    "prompt": "A safe has an orange door and a green body. The orange door swings open, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13897": {
    "clip_seq": 13897,
    "assembly_seq": 365,
    "object_id": "102255",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04471",
    "prompt": "A folding chair has a blue seat and a pale cyan and yellow frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The pale cyan and yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13900": {
    "clip_seq": 13900,
    "assembly_seq": 366,
    "object_id": "102263",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04480",
    "prompt": "A folding chair has a yellow seat and a red frame. The yellow seat folds down, rotating about the hinge where the seat meets the frame. The red frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13903": {
    "clip_seq": 13903,
    "assembly_seq": 367,
    "object_id": "102269",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04489",
    "prompt": "A folding chair has a red seat and a lavender and green frame. The red seat folds down, rotating about the hinge where the seat meets the frame. The lavender and green frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13906": {
    "clip_seq": 13906,
    "assembly_seq": 368,
    "object_id": "102278",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04498",
    "prompt": "A safe has a red door and a peach body. The red door swings open, rotating around a hinge on one side of the body. The peach body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13909": {
    "clip_seq": 13909,
    "assembly_seq": 369,
    "object_id": "102301",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04507",
    "prompt": "A safe has a blue door and a green body. The blue door swings open, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13912": {
    "clip_seq": 13912,
    "assembly_seq": 370,
    "object_id": "102309",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04516",
    "prompt": "A safe has a cyan door and a salmon body. The cyan door swings open, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13915": {
    "clip_seq": 13915,
    "assembly_seq": 371,
    "object_id": "102311",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04525",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13918": {
    "clip_seq": 13918,
    "assembly_seq": 372,
    "object_id": "102314",
    "category": "FoldingChair",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04534",
    "prompt": "A folding chair has a blue seat and a yellow frame. The blue seat folds down, rotating about the hinge where the seat meets the frame. The yellow frame of the chair remains completely rigid and stationary throughout the animation. The seat completes a full motion cycle, rotating to the end of its range and returning to the starting position."
  },
  "13921": {
    "clip_seq": 13921,
    "assembly_seq": 373,
    "object_id": "102316",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04543",
    "prompt": "A safe has a green door and a cyan body. The green door swings open, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13924": {
    "clip_seq": 13924,
    "assembly_seq": 374,
    "object_id": "102318",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04552",
    "prompt": "A safe has a magenta door and a salmon body. The magenta door swings open, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13930": {
    "clip_seq": 13930,
    "assembly_seq": 376,
    "object_id": "102380",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04570",
    "prompt": "A safe has an orange door and a magenta body. The orange door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13933": {
    "clip_seq": 13933,
    "assembly_seq": 377,
    "object_id": "102381",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04579",
    "prompt": "A safe has a lavender door and a cyan body. The lavender door swings open, rotating around a hinge on one side of the body. The cyan body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13936": {
    "clip_seq": 13936,
    "assembly_seq": 378,
    "object_id": "102384",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04588",
    "prompt": "A safe has a green door and a salmon body. The green door swings open, rotating around a hinge on one side of the body. The salmon body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13939": {
    "clip_seq": 13939,
    "assembly_seq": 379,
    "object_id": "102387",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04597",
    "prompt": "A safe has an orange door and a green body. The orange door swings open, rotating around a hinge on one side of the body. The green body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13942": {
    "clip_seq": 13942,
    "assembly_seq": 380,
    "object_id": "102389",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04606",
    "prompt": "A safe has a cyan door and a magenta body. The cyan door swings open, rotating around a hinge on one side of the body. The magenta body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13948": {
    "clip_seq": 13948,
    "assembly_seq": 382,
    "object_id": "102418",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04624",
    "prompt": "A safe has a blue door and a pale yellow body. The blue door swings open, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "13951": {
    "clip_seq": 13951,
    "assembly_seq": 383,
    "object_id": "102423",
    "category": "Safe",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "04633",
    "prompt": "A safe has an orange door and a pale yellow body. The orange door swings open, rotating around a hinge on one side of the body. The pale yellow body of the safe remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14515": {
    "clip_seq": 14515,
    "assembly_seq": 504,
    "object_id": "103361",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06325",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings open, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14518": {
    "clip_seq": 14518,
    "assembly_seq": 505,
    "object_id": "103369",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06334",
    "prompt": "A washing machine has a red door and a salmon body. The red door swings open, rotating around a hinge on one side of the machine. The salmon body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14524": {
    "clip_seq": 14524,
    "assembly_seq": 507,
    "object_id": "103425",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06352",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings open, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14527": {
    "clip_seq": 14527,
    "assembly_seq": 508,
    "object_id": "103452",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06361",
    "prompt": "A washing machine has a green door and a pale yellow body. The green door swings open, rotating around a hinge on one side of the machine. The pale yellow body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14530": {
    "clip_seq": 14530,
    "assembly_seq": 509,
    "object_id": "103480",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06370",
    "prompt": "A washing machine has a red door and a cyan body. The red door swings open, rotating around a hinge on one side of the machine. The cyan body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14533": {
    "clip_seq": 14533,
    "assembly_seq": 510,
    "object_id": "103490",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06379",
    "prompt": "A washing machine has a yellow door and a peach body. The yellow door swings open, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14536": {
    "clip_seq": 14536,
    "assembly_seq": 511,
    "object_id": "103508",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06388",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings open, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14539": {
    "clip_seq": 14539,
    "assembly_seq": 512,
    "object_id": "103521",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06397",
    "prompt": "A washing machine has a yellow door and a magenta and red body. The yellow door swings open, rotating around a hinge on one side of the machine. The magenta and red body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14542": {
    "clip_seq": 14542,
    "assembly_seq": 513,
    "object_id": "103528",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06406",
    "prompt": "A washing machine has a pink door and an orange body. The pink door swings open, rotating around a hinge on one side of the machine. The orange body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14557": {
    "clip_seq": 14557,
    "assembly_seq": 518,
    "object_id": "103775",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06451",
    "prompt": "A washing machine has a yellow door and a magenta body. The yellow door swings open, rotating around a hinge on one side of the machine. The magenta body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14560": {
    "clip_seq": 14560,
    "assembly_seq": 519,
    "object_id": "103776",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06460",
    "prompt": "A washing machine has a magenta door and a peach body. The magenta door swings open, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14563": {
    "clip_seq": 14563,
    "assembly_seq": 520,
    "object_id": "103778",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06469",
    "prompt": "A washing machine has a blue door and a peach body. The blue door swings open, rotating around a hinge on one side of the machine. The peach body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "14566": {
    "clip_seq": 14566,
    "assembly_seq": 521,
    "object_id": "103781",
    "category": "WashingMachine",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "PartNetMobility",
    "complexity": "Easy",
    "reversed_from": "06478",
    "prompt": "A washing machine has a red door and a mint body. The red door swings open, rotating around a hinge on one side of the machine. The mint body of the washing machine remains completely rigid and stationary throughout the animation. The door completes a full motion cycle, rotating to the end of its range."
  },
  "16342": {
    "clip_seq": 16342,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers, a yellow follower and a red follower, so that the yellow follower slides upward and the red follower slides upward. The rotary motion of the cam converts into translating motion of the followers. A lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16343": {
    "clip_seq": 16343,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the yellow follower and the red follower so that the yellow follower slides upward and the red follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16344": {
    "clip_seq": 16344,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers, a yellow follower and a red follower, which both slide upward. The rotary motion of the green cam converts into the translating motion of the yellow and red followers. A lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16345": {
    "clip_seq": 16345,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers, a yellow follower and a red follower, which both slide downward. The rotary motion of the green cam converts into the translating motion of the yellow and red followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16346": {
    "clip_seq": 16346,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the yellow follower to slide downward and the red follower to slide downward. The rotary motion of the green cam converts into translating motion of the yellow and red followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16347": {
    "clip_seq": 16347,
    "assembly_seq": 955,
    "object_id": "0051",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers, a yellow follower and a red follower, which both slide downward. The rotary motion of the green cam converts into the translating motion of the yellow and red followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16354": {
    "clip_seq": 16354,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates clockwise, and the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, and the yellow follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16355": {
    "clip_seq": 16355,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates clockwise, and the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, and the yellow follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16356": {
    "clip_seq": 16356,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates clockwise; the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, and the yellow follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16357": {
    "clip_seq": 16357,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, and the yellow follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16358": {
    "clip_seq": 16358,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, and the yellow follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16359": {
    "clip_seq": 16359,
    "assembly_seq": 956,
    "object_id": "0052",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 4 followers (light magenta, pink, red, and yellow), and a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, and the yellow follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16366": {
    "clip_seq": 16366,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 6 followers: light magenta, pink, red, yellow, deep orange, and salmon, along with a lavender base/frame. The green cam rotates clockwise, and the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, the yellow follower slides upward, the deep orange follower slides upward, and the salmon follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16367": {
    "clip_seq": 16367,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 6 followers (light magenta, pink, red, yellow, deep orange, and salmon), and a lavender base/frame. The green cam rotates clockwise; the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, the yellow follower slides upward, the deep orange follower slides upward, and the salmon follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16368": {
    "clip_seq": 16368,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, and 6 followers: light magenta, pink, red, yellow, deep orange, and salmon, with a lavender base/frame. The green cam rotates clockwise, and the pale yellow cam rotates clockwise, driving the follower motion so that the light magenta follower slides upward, the pink follower slides upward, the red follower slides upward, the yellow follower slides upward, the deep orange follower slides upward, and the salmon follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16369": {
    "clip_seq": 16369,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, the yellow follower slides downward, the deep orange follower slides downward, and the salmon follower slides downward. The rotary motion of the cam is converted into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16370": {
    "clip_seq": 16370,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, and 6 followers in light magenta, pink, red, yellow, deep orange, and salmon, with a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, the yellow follower slides downward, the deep orange follower slides downward, and the salmon follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16371": {
    "clip_seq": 16371,
    "assembly_seq": 957,
    "object_id": "0053",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, and 6 followers in light magenta, pink, red, yellow, deep orange, and salmon, with a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides downward, the pink follower slides downward, the red follower slides downward, the yellow follower slides downward, the deep orange follower slides downward, and the salmon follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16378": {
    "clip_seq": 16378,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 7 followers (red, pale cyan, deep orange, salmon, yellow, magenta, and pink) with a lavender base/frame. The green cam rotates clockwise; the pale yellow cam rotates clockwise, driving the follower motion so that the red follower slides to the left; the pale cyan follower slides to the left; the deep orange follower slides upward; the salmon follower slides upward; the yellow follower slides upward; the magenta follower slides upward; the pink follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16379": {
    "clip_seq": 16379,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 7 followers (red, pale cyan, deep orange, salmon, yellow, magenta, and pink) with a lavender base/frame. The green cam rotates clockwise, and the pale yellow cam rotates clockwise, driving the follower motion so that the red follower slides to the left, the pale cyan follower slides to the left, the deep orange follower slides upward, the salmon follower slides upward, the yellow follower slides upward, the magenta follower slides upward, and the pink follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16380": {
    "clip_seq": 16380,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams, 7 followers (red, pale cyan, deep orange, salmon, yellow, magenta, and pink), and a lavender base/frame. The green cam rotates clockwise; the pale yellow cam rotates clockwise, driving the follower motion so that the red follower slides to the left, the pale cyan follower slides to the left, the deep orange follower slides upward, the salmon follower slides upward, the yellow follower slides upward, the magenta follower slides upward, and the pink follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16381": {
    "clip_seq": 16381,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 7 followers: red, pale cyan, deep orange, salmon, yellow, magenta, and pink, along with a lavender base/frame. The green cam rotates counter-clockwise, and the pale yellow cam rotates counter-clockwise, driving the follower motion so that the red follower slides to the right, the pale cyan follower slides to the right, the deep orange follower slides downward, the salmon follower slides downward, the yellow follower slides downward, the magenta follower slides downward, and the pink follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16382": {
    "clip_seq": 16382,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 7 followers (red, pale cyan, deep orange, salmon, yellow, magenta, and pink) with a lavender base/frame. The green cam rotates counter-clockwise; the pale yellow cam rotates counter-clockwise, driving the follower motion so that the red follower slides to the right; the pale cyan follower slides to the right; the deep orange follower slides downward; the salmon follower slides downward; the yellow follower slides downward; the magenta follower slides downward; the pink follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16383": {
    "clip_seq": 16383,
    "assembly_seq": 958,
    "object_id": "0054",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes green and pale yellow cams and 7 followers (red, pale cyan, deep orange, salmon, yellow, magenta, and pink) along with a lavender base/frame. The green cam rotates counter-clockwise while the pale yellow cam also rotates counter-clockwise, driving the follower motion so that the red follower slides to the right, the pale cyan follower slides to the right, the deep orange follower slides downward, the salmon follower slides downward, the yellow follower slides downward, the magenta follower slides downward, and the pink follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The lavender base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16390": {
    "clip_seq": 16390,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise, and a red cam rotates counter-clockwise, driving the blue follower to slide to the left. The rotary motion of the cams converts into the translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16391": {
    "clip_seq": 16391,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam and a red cam rotate counter-clockwise, driving the blue follower so that it slides to the left. The rotary motion of the yellow cam and the red cam is converted into translating motion of the blue follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16392": {
    "clip_seq": 16392,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise, a red cam rotates counter-clockwise, driving the blue follower so that the blue follower slides to the left. The rotary motion of the cams converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16393": {
    "clip_seq": 16393,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, and a red cam rotates clockwise, driving the blue follower to slide to the right. The rotary motion of the cams converts into the translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16394": {
    "clip_seq": 16394,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, and a red cam rotates clockwise, driving the follower motion so that the blue follower slides to the right. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16395": {
    "clip_seq": 16395,
    "assembly_seq": 959,
    "object_id": "0055",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, a red cam rotates clockwise, driving the blue follower so that the blue follower slides to the right. The rotary motion of the cams converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16402": {
    "clip_seq": 16402,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, and a red cam rotates clockwise, driving the follower motion so that a blue follower slides upward and a lavender follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16403": {
    "clip_seq": 16403,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 2 followers, blue and lavender. The yellow cam rotates clockwise, and the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward and the lavender follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16404": {
    "clip_seq": 16404,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 2 followers, blue and lavender. The yellow cam rotates clockwise while the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward and the lavender follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16405": {
    "clip_seq": 16405,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 2 followers, blue and lavender. The yellow cam rotates counter-clockwise, and the red cam rotates counter-clockwise, driving the follower motion so that the blue follower slides downward and the lavender follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16406": {
    "clip_seq": 16406,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise while a red cam rotates counter-clockwise, driving the motion of two followers so that a blue follower slides downward and a lavender follower slides downward. The rotary motion of the cams converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16407": {
    "clip_seq": 16407,
    "assembly_seq": 960,
    "object_id": "0056",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 2 followers, blue and lavender. The yellow cam rotates counter-clockwise, and the red cam rotates counter-clockwise, driving the follower motion so that the blue follower slides downward and the lavender follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16414": {
    "clip_seq": 16414,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 3 followers (blue, lavender, and magenta). The yellow cam rotates clockwise; the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward, the lavender follower slides upward, and the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16415": {
    "clip_seq": 16415,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 3 followers (blue, lavender, and magenta). The yellow cam rotates clockwise, and the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward, the lavender follower slides upward, and the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16416": {
    "clip_seq": 16416,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 3 followers (blue, lavender, and magenta). The yellow cam rotates clockwise, and the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward, the lavender follower slides upward, and the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16417": {
    "clip_seq": 16417,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam and a red cam rotate counter-clockwise, driving the motion of three followers: the blue follower slides downward, the lavender follower slides downward, and the magenta follower slides upward. The rotary motion of the cams converts into the translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16418": {
    "clip_seq": 16418,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 3 followers (blue, lavender, and magenta). The yellow cam rotates counter-clockwise; the red cam rotates counter-clockwise, driving the follower motion so that the blue follower slides downward, the lavender follower slides downward, and the magenta follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16419": {
    "clip_seq": 16419,
    "assembly_seq": 961,
    "object_id": "0057",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam and a red cam rotate counter-clockwise, driving the motion of three followers: a blue follower slides downward, a lavender follower slides downward, and a magenta follower slides upward. The rotary motion of the cams converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16426": {
    "clip_seq": 16426,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, and a red cam rotates clockwise, driving the follower motion so that the blue follower slides upward, the lavender follower slides upward, the cyan follower slides downward, and the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16427": {
    "clip_seq": 16427,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 4 followers (blue, lavender, cyan, and magenta). The yellow cam rotates clockwise, and the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward, the lavender follower slides upward, the cyan follower slides downward, and the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16428": {
    "clip_seq": 16428,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 4 followers (blue, lavender, cyan, and magenta). The yellow cam rotates clockwise; the red cam rotates clockwise, driving the follower motion so that the blue follower slides upward; the lavender follower slides upward; the cyan follower slides downward; the magenta follower slides downward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16429": {
    "clip_seq": 16429,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 4 followers (blue, lavender, cyan, and magenta). The yellow cam rotates counter-clockwise, and the red cam rotates counter-clockwise, driving the follower motion so that the blue follower slides downward, the lavender follower slides downward, the cyan follower slides upward, and the magenta follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16430": {
    "clip_seq": 16430,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 4 followers: blue, lavender, cyan, and magenta. The yellow cam rotates counter-clockwise while the red cam also rotates counter-clockwise, driving the follower motion so that the blue follower slides downward, the lavender follower slides downward, the cyan follower slides upward, and the magenta follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16431": {
    "clip_seq": 16431,
    "assembly_seq": 962,
    "object_id": "0058",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes yellow and red cams and 4 followers: blue, lavender, cyan, and magenta. The yellow cam rotates counter-clockwise, and the red cam rotates counter-clockwise, driving the follower motion so that the blue follower slides downward, the lavender follower slides downward, the cyan follower slides upward, and the magenta follower slides upward. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16438": {
    "clip_seq": 16438,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise while a yellow cam rotates clockwise, driving the follower motion so that the cyan follower slides upward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16439": {
    "clip_seq": 16439,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise while a yellow cam also rotates clockwise, driving the cyan follower so that it slides upward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16440": {
    "clip_seq": 16440,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the follower motion so that the cyan follower slides upward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16441": {
    "clip_seq": 16441,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower motion so that the cyan follower slides downward. The rotary motion of the cams is converted into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16442": {
    "clip_seq": 16442,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower motion so that the cyan follower slides downward. The rotary motion of the cams is converted into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16443": {
    "clip_seq": 16443,
    "assembly_seq": 963,
    "object_id": "0059",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower so that the follower slides downward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16450": {
    "clip_seq": 16450,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the follower motion so that a cyan follower slides upward and a pale cyan follower slides upward. The rotary motion of the cams converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16451": {
    "clip_seq": 16451,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the follower motion so that a cyan follower slides upward and a pale cyan follower slides upward. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16452": {
    "clip_seq": 16452,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes red and yellow cams, 2 followers (cyan and pale cyan), and a blue base/frame. The red cam rotates clockwise while the yellow cam rotates clockwise, driving the follower motion so that the cyan follower slides upward and the pale cyan follower slides upward. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16453": {
    "clip_seq": 16453,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes red and yellow cams, 2 followers (cyan and pale cyan), and a blue base/frame. The red cam rotates counter-clockwise, and the yellow cam rotates counter-clockwise, driving the follower motion so that the cyan follower slides downward and the pale cyan follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16454": {
    "clip_seq": 16454,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes red and yellow cams, 2 followers (cyan and pale cyan), and a blue base/frame. The red cam rotates counter-clockwise, and the yellow cam rotates counter-clockwise, driving the follower motion so that the cyan follower slides downward and the pale cyan follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16455": {
    "clip_seq": 16455,
    "assembly_seq": 964,
    "object_id": "0060",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes red and yellow cams, 2 followers (cyan and pale cyan), and a blue base/frame. The red cam rotates counter-clockwise, and the yellow cam rotates counter-clockwise, driving the follower motion so that the cyan follower slides downward and the pale cyan follower slides downward. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16462": {
    "clip_seq": 16462,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the cyan follower motion so that the cyan follower slides upward. The rotary motion of the cams is converted into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16463": {
    "clip_seq": 16463,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the cyan follower so that the cyan follower slides upward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16464": {
    "clip_seq": 16464,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the cyan follower motion so that the cyan follower slides upward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16465": {
    "clip_seq": 16465,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower motion so that the cyan follower slides downward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16466": {
    "clip_seq": 16466,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the follower motion so that a cyan follower slides downward. The rotary motion of the cams converts into translating motion of the follower. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16467": {
    "clip_seq": 16467,
    "assembly_seq": 965,
    "object_id": "0061",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower motion so that the cyan follower slides downward. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16474": {
    "clip_seq": 16474,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise while a yellow cam also rotates clockwise, driving the motion of a cyan follower that slides outward, away from the cam shaft. The rotary motion of the cams converts into the translating motion of the follower. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16475": {
    "clip_seq": 16475,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise while a yellow cam rotates clockwise, driving the cyan follower so that the cyan follower slides outward, away from the cam shaft. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16476": {
    "clip_seq": 16476,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, and a yellow cam rotates clockwise, driving the cyan follower motion so that the cyan follower slides outward, away from the cam shaft. The rotary motion of the cams is converted into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16477": {
    "clip_seq": 16477,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the follower motion so that the cyan follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16478": {
    "clip_seq": 16478,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower so that the cyan follower slides outward, away from the cam shaft. The rotary motion of the cams converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16479": {
    "clip_seq": 16479,
    "assembly_seq": 966,
    "object_id": "0062",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, and a yellow cam rotates counter-clockwise, driving the cyan follower so that the cyan follower slides outward, away from the cam shaft. The rotary motion of the cams is converted into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16486": {
    "clip_seq": 16486,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving a pale cyan follower that slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16487": {
    "clip_seq": 16487,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving a pale cyan follower that slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16488": {
    "clip_seq": 16488,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the pale cyan follower so that the follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16489": {
    "clip_seq": 16489,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the pale cyan follower so that the follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16490": {
    "clip_seq": 16490,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the pale cyan follower so that the follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16491": {
    "clip_seq": 16491,
    "assembly_seq": 967,
    "object_id": "0063",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the pale cyan follower so that the follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16498": {
    "clip_seq": 16498,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of two followers so that the pale cyan follower slides outward, away from the cam shaft, while the deep orange follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16499": {
    "clip_seq": 16499,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a deep orange follower, so that the pale cyan follower slides outward, away from the cam shaft, while the deep orange follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16500": {
    "clip_seq": 16500,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a deep orange follower, so that the pale cyan follower slides outward, away from the cam shaft, while the deep orange follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16501": {
    "clip_seq": 16501,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of two followers so that the pale cyan follower slides outward, away from the cam shaft, while the deep orange follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16502": {
    "clip_seq": 16502,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of two followers, a pale cyan follower and a deep orange follower, which both slide outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. A green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16503": {
    "clip_seq": 16503,
    "assembly_seq": 968,
    "object_id": "0064",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of two followers so that the pale cyan follower slides outward, away from the cam shaft, while the deep orange follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16510": {
    "clip_seq": 16510,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of three followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16511": {
    "clip_seq": 16511,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of three followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16512": {
    "clip_seq": 16512,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates clockwise, driving the motion of 3 followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. A green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16513": {
    "clip_seq": 16513,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of 3 followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16514": {
    "clip_seq": 16514,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of three followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The green base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16515": {
    "clip_seq": 16515,
    "assembly_seq": 969,
    "object_id": "0065",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cyan cam rotates counter-clockwise, driving the motion of three followers: a magenta follower slides outward, away from the cam shaft; a pale cyan follower slides outward, away from the cam shaft; a deep orange follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A green base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16522": {
    "clip_seq": 16522,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which slide outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16523": {
    "clip_seq": 16523,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the green follower to slide outward, away from the cam shaft, and the yellow follower to slide outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16524": {
    "clip_seq": 16524,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which slide outward, away from the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16525": {
    "clip_seq": 16525,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the follower motion so that a green follower slides outward, away from the cam shaft, and a yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16526": {
    "clip_seq": 16526,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the green follower to slide outward, away from the cam shaft, and the yellow follower to slide outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16527": {
    "clip_seq": 16527,
    "assembly_seq": 970,
    "object_id": "0066",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which slide outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16534": {
    "clip_seq": 16534,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16535": {
    "clip_seq": 16535,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16536": {
    "clip_seq": 16536,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam completes multiple full revolutions in succession."
  },
  "16537": {
    "clip_seq": 16537,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16538": {
    "clip_seq": 16538,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16539": {
    "clip_seq": 16539,
    "assembly_seq": 971,
    "object_id": "0067",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue base/frame remains completely rigid and stationary throughout the animation. The rotary motion of the cam converts into translating motion of the followers. The cam completes multiple full revolutions in succession."
  },
  "16546": {
    "clip_seq": 16546,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16547": {
    "clip_seq": 16547,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16548": {
    "clip_seq": 16548,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the green follower and the yellow follower. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16549": {
    "clip_seq": 16549,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16550": {
    "clip_seq": 16550,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, one green and one yellow, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16551": {
    "clip_seq": 16551,
    "assembly_seq": 972,
    "object_id": "0068",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16558": {
    "clip_seq": 16558,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are both lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the green and yellow followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16559": {
    "clip_seq": 16559,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16560": {
    "clip_seq": 16560,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16561": {
    "clip_seq": 16561,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are both lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16562": {
    "clip_seq": 16562,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, one green and one yellow, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green and yellow followers. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16563": {
    "clip_seq": 16563,
    "assembly_seq": 973,
    "object_id": "0069",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16570": {
    "clip_seq": 16570,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green follower and the yellow follower. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16571": {
    "clip_seq": 16571,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16572": {
    "clip_seq": 16572,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the green follower and the yellow follower. A blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16573": {
    "clip_seq": 16573,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the green and yellow followers. A blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16574": {
    "clip_seq": 16574,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the green follower and the yellow follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16575": {
    "clip_seq": 16575,
    "assembly_seq": 974,
    "object_id": "0070",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the motion of two followers, a green follower and a yellow follower, which are both lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the green follower and the yellow follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16582": {
    "clip_seq": 16582,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16583": {
    "clip_seq": 16583,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16584": {
    "clip_seq": 16584,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam is converted into translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16585": {
    "clip_seq": 16585,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of a red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the blue cam converts into the translating motion of the red follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16586": {
    "clip_seq": 16586,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16587": {
    "clip_seq": 16587,
    "assembly_seq": 975,
    "object_id": "0071",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16594": {
    "clip_seq": 16594,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16595": {
    "clip_seq": 16595,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into the translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16596": {
    "clip_seq": 16596,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16597": {
    "clip_seq": 16597,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16598": {
    "clip_seq": 16598,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16599": {
    "clip_seq": 16599,
    "assembly_seq": 976,
    "object_id": "0072",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16606": {
    "clip_seq": 16606,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into the translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16607": {
    "clip_seq": 16607,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into the translating motion of the red follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16608": {
    "clip_seq": 16608,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16609": {
    "clip_seq": 16609,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16610": {
    "clip_seq": 16610,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16611": {
    "clip_seq": 16611,
    "assembly_seq": 977,
    "object_id": "0073",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower to slide outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16618": {
    "clip_seq": 16618,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16619": {
    "clip_seq": 16619,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16620": {
    "clip_seq": 16620,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16621": {
    "clip_seq": 16621,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower so that the red follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16622": {
    "clip_seq": 16622,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving a red follower that slides outward, away from the cam shaft. The rotary motion of the blue cam converts into the translating motion of the red follower. A pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16623": {
    "clip_seq": 16623,
    "assembly_seq": 978,
    "object_id": "0074",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the red follower to slide outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the follower. The pale cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16630": {
    "clip_seq": 16630,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16631": {
    "clip_seq": 16631,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the blue cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16632": {
    "clip_seq": 16632,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16633": {
    "clip_seq": 16633,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16634": {
    "clip_seq": 16634,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving a yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16635": {
    "clip_seq": 16635,
    "assembly_seq": 979,
    "object_id": "0075",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16642": {
    "clip_seq": 16642,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, one yellow and one magenta. The yellow follower is lifted and lowered by the cam shaft while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16643": {
    "clip_seq": 16643,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, a yellow follower and a magenta follower. The yellow follower is lifted and lowered by the cam shaft while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16644": {
    "clip_seq": 16644,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, a yellow follower and a magenta follower. The yellow follower is lifted and lowered by the cam shaft while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16645": {
    "clip_seq": 16645,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of two followers, a yellow follower and a magenta follower. The yellow follower is lifted and lowered by the cam shaft, while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16646": {
    "clip_seq": 16646,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of two followers, one yellow and one magenta. The yellow follower is lifted and lowered by the cam shaft while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16647": {
    "clip_seq": 16647,
    "assembly_seq": 980,
    "object_id": "0076",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of two followers, one yellow and one magenta. The yellow follower is lifted and lowered by the cam shaft while the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. All shown parts participate in the motion, and the cam completes multiple full revolutions in succession."
  },
  "16654": {
    "clip_seq": 16654,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of three followers: the yellow follower is lifted and lowered by the cam shaft, the magenta follower slides outward, away from the cam shaft, and the green follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16655": {
    "clip_seq": 16655,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of three followers: a yellow follower is lifted and lowered by the cam shaft, a magenta follower slides outward, away from the cam shaft, and a green follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16656": {
    "clip_seq": 16656,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of three followers: the yellow follower is lifted and lowered by the cam shaft, the magenta follower slides outward, away from the cam shaft, and the green follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16657": {
    "clip_seq": 16657,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of three followers: the yellow follower is lifted and lowered by the cam shaft, the magenta follower slides outward, away from the cam shaft, and the green follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16658": {
    "clip_seq": 16658,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of three followers: a yellow follower is lifted and lowered by the cam shaft, a magenta follower slides outward, away from the cam shaft, and a green follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16659": {
    "clip_seq": 16659,
    "assembly_seq": 981,
    "object_id": "0077",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of three followers: the yellow follower is lifted and lowered by the cam shaft, the magenta follower slides outward, away from the cam shaft, and the green follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16666": {
    "clip_seq": 16666,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16667": {
    "clip_seq": 16667,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16668": {
    "clip_seq": 16668,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16669": {
    "clip_seq": 16669,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16670": {
    "clip_seq": 16670,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16671": {
    "clip_seq": 16671,
    "assembly_seq": 982,
    "object_id": "0078",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of 4 followers: the green follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, the salmon follower slides outward, away from the cam shaft, and the magenta follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16678": {
    "clip_seq": 16678,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the mint follower so that the mint follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16679": {
    "clip_seq": 16679,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the mint follower so that the mint follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16680": {
    "clip_seq": 16680,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the mint follower so that the mint follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16681": {
    "clip_seq": 16681,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the mint follower so that the mint follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16682": {
    "clip_seq": 16682,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving a mint follower that slides outward, away from the cam shaft. The rotary motion of the green cam converts into the translating motion of the mint follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16683": {
    "clip_seq": 16683,
    "assembly_seq": 983,
    "object_id": "0079",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the mint follower so that the mint follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The salmon and cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16690": {
    "clip_seq": 16690,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16691": {
    "clip_seq": 16691,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16692": {
    "clip_seq": 16692,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16693": {
    "clip_seq": 16693,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16694": {
    "clip_seq": 16694,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16695": {
    "clip_seq": 16695,
    "assembly_seq": 984,
    "object_id": "0080",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers so that the mint follower slides outward, away from the cam shaft, and the blue follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The red, cyan, and salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16702": {
    "clip_seq": 16702,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16703": {
    "clip_seq": 16703,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16704": {
    "clip_seq": 16704,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16705": {
    "clip_seq": 16705,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16706": {
    "clip_seq": 16706,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16707": {
    "clip_seq": 16707,
    "assembly_seq": 985,
    "object_id": "0081",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 3 followers: the mint follower slides outward, away from the cam shaft; the blue follower slides outward, away from the cam shaft; the peach follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon, red, and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16714": {
    "clip_seq": 16714,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16715": {
    "clip_seq": 16715,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16716": {
    "clip_seq": 16716,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into the translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16717": {
    "clip_seq": 16717,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16718": {
    "clip_seq": 16718,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16719": {
    "clip_seq": 16719,
    "assembly_seq": 986,
    "object_id": "0082",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the mint follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the lavender follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The blue, magenta, red, and peach base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16726": {
    "clip_seq": 16726,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, one red and one pale cyan, which are both lifted and lowered by the cam shaft. The rotary motion of the peach cam is converted into translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16727": {
    "clip_seq": 16727,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, one red and one pale cyan, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16728": {
    "clip_seq": 16728,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, one red and one pale cyan, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into the translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16729": {
    "clip_seq": 16729,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers, one red and one pale cyan, which are lifted and lowered by the cam shaft. The rotary motion of the peach cam is converted into translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16730": {
    "clip_seq": 16730,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers, one red and one pale cyan, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16731": {
    "clip_seq": 16731,
    "assembly_seq": 987,
    "object_id": "0083",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers, one red and one pale cyan, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the red follower and the pale cyan follower. The magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16738": {
    "clip_seq": 16738,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, where the pale cyan follower is lifted and lowered by the cam shaft and the red follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16739": {
    "clip_seq": 16739,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a red follower, which are lifted and lowered by the cam shaft. The rotary motion of the peach cam is converted into translating motion of the pale cyan and red followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16740": {
    "clip_seq": 16740,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a red follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16741": {
    "clip_seq": 16741,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers so that the pale cyan follower is lifted and lowered by the cam shaft while the red follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16742": {
    "clip_seq": 16742,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers, one pale cyan and one red, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16743": {
    "clip_seq": 16743,
    "assembly_seq": 988,
    "object_id": "0084",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of two followers, where the pale cyan follower is lifted and lowered by the cam shaft and the red follower is also lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16750": {
    "clip_seq": 16750,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers so that the light magenta follower slides outward, away from the cam shaft, and the pale cyan follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16751": {
    "clip_seq": 16751,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the light magenta follower to slide outward, away from the cam shaft, while the pale cyan follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16752": {
    "clip_seq": 16752,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of two followers so that the light magenta follower slides outward, away from the cam shaft, and the pale cyan follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16753": {
    "clip_seq": 16753,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16754": {
    "clip_seq": 16754,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the light magenta follower to slide outward, away from the cam shaft, while the pale cyan follower also slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16755": {
    "clip_seq": 16755,
    "assembly_seq": 989,
    "object_id": "0085",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the follower motion so that the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. The mint and magenta base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16762": {
    "clip_seq": 16762,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam converts into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16763": {
    "clip_seq": 16763,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam converts into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16764": {
    "clip_seq": 16764,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam converts into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16765": {
    "clip_seq": 16765,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam converts into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16766": {
    "clip_seq": 16766,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the follower motion so that the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam is converted into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16767": {
    "clip_seq": 16767,
    "assembly_seq": 990,
    "object_id": "0086",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A peach cam rotates counter-clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the light magenta follower slides outward, away from the cam shaft; the pale cyan follower slides outward, away from the cam shaft; the red follower moves. The rotary motion of the cam converts into translating motion of the followers. The magenta and mint base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16774": {
    "clip_seq": 16774,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the peach follower motion so that the peach follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16775": {
    "clip_seq": 16775,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving a peach follower that is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16776": {
    "clip_seq": 16776,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving a peach follower that is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. A cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16777": {
    "clip_seq": 16777,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the peach follower motion so that the peach follower is lifted and lowered by the cam shaft. The rotary motion of the cam is converted into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16778": {
    "clip_seq": 16778,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving a peach follower motion so that the peach follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16779": {
    "clip_seq": 16779,
    "assembly_seq": 991,
    "object_id": "0087",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the peach follower motion so that the peach follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16786": {
    "clip_seq": 16786,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers, a salmon follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon follower and the yellow follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16787": {
    "clip_seq": 16787,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers, a salmon follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon follower and the yellow follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16788": {
    "clip_seq": 16788,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of two followers, a salmon follower and a yellow follower, which are both lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon and yellow followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16789": {
    "clip_seq": 16789,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers, a salmon follower and a yellow follower, which are both lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon and yellow followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16790": {
    "clip_seq": 16790,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers, one salmon and one yellow, which are lifted and lowered by the cam shaft. The rotary motion of the green cam converts into translating motion of the salmon and yellow followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16791": {
    "clip_seq": 16791,
    "assembly_seq": 992,
    "object_id": "0088",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of two followers, a salmon follower and a yellow follower, which are lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16798": {
    "clip_seq": 16798,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of three followers: the salmon follower is lifted and lowered by the cam shaft, the yellow follower is lifted and lowered by the cam shaft, and the blue follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16799": {
    "clip_seq": 16799,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of three followers: a salmon follower, a yellow follower, and a blue follower, which are all lifted and lowered by the cam shaft. The rotary motion of the green cam converts into translating motion of the salmon follower, the yellow follower, and the blue follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16800": {
    "clip_seq": 16800,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of three followers: a salmon follower, a yellow follower, and a blue follower, which are all lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon follower, the yellow follower, and the blue follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16801": {
    "clip_seq": 16801,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of three followers: a salmon follower is lifted and lowered by the cam shaft, a yellow follower is lifted and lowered by the cam shaft, and a blue follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16802": {
    "clip_seq": 16802,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of three followers: a salmon follower, a yellow follower, and a blue follower, which are all lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon follower, the yellow follower, and the blue follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16803": {
    "clip_seq": 16803,
    "assembly_seq": 993,
    "object_id": "0089",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of three followers: a salmon follower, a yellow follower, and a blue follower, which are all lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the salmon follower, the yellow follower, and the blue follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16810": {
    "clip_seq": 16810,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16811": {
    "clip_seq": 16811,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16812": {
    "clip_seq": 16812,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16813": {
    "clip_seq": 16813,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16814": {
    "clip_seq": 16814,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. A cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16815": {
    "clip_seq": 16815,
    "assembly_seq": 994,
    "object_id": "0090",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the motion of 4 followers: the blue follower slides outward, away from the cam shaft; the orange follower slides outward, away from the cam shaft; the salmon follower slides outward, away from the cam shaft; the yellow follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16822": {
    "clip_seq": 16822,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a green follower, while a salmon base/frame remains completely rigid and stationary throughout the animation. The pale cyan follower is lifted and lowered by the cam shaft, and the green follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16823": {
    "clip_seq": 16823,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a green follower, while a salmon base/frame remains completely rigid and stationary throughout the animation. The pale cyan follower is lifted and lowered by the cam shaft, and the green follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16824": {
    "clip_seq": 16824,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates clockwise, driving the motion of two followers, a pale cyan follower and a green follower. The pale cyan follower is lifted and lowered by the cam shaft while the green follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. The salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16825": {
    "clip_seq": 16825,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of two followers, a pale cyan follower and a green follower. The pale cyan follower is lifted and lowered by the cam shaft, while the green follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16826": {
    "clip_seq": 16826,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the motion of two followers, a pale cyan follower and a green follower. The pale cyan follower is lifted and lowered by the cam shaft while the green follower slides outward, away from the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16827": {
    "clip_seq": 16827,
    "assembly_seq": 995,
    "object_id": "0091",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A blue cam rotates counter-clockwise, driving the follower motion so that the pale cyan follower is lifted and lowered by the cam shaft; the green follower slides outward, away from the cam shaft. The rotary motion of the cam is converted into translating motion of the followers. The salmon base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16834": {
    "clip_seq": 16834,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes cyan and magenta cams, two followers (green and deep orange), and a yellow base/frame. The cyan cam rotates counter-clockwise while the magenta cam rotates clockwise, driving the follower motion so that the green follower slides downward; the deep orange follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16835": {
    "clip_seq": 16835,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes cyan and magenta cams, two followers (green and deep orange), and a yellow base/frame. The cyan cam rotates counter-clockwise while the magenta cam rotates clockwise, driving the green follower to slide downward; the deep orange follower is lifted and lowered by the cam shaft. The rotary motion of the cams converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16836": {
    "clip_seq": 16836,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes cyan and magenta cams, 2 followers (green and deep orange), and a yellow base/frame. The cyan cam rotates counter-clockwise while the magenta cam rotates clockwise, driving the follower motion so that the green follower slides downward; the deep orange follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16837": {
    "clip_seq": 16837,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes cyan and magenta cams, 2 followers (green and deep orange), and a yellow base/frame. The cyan cam rotates clockwise while the magenta cam rotates counter-clockwise, driving the follower motion so that the green follower slides upward and the deep orange follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16838": {
    "clip_seq": 16838,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism consists of cyan and magenta cams, two followers (green and deep orange), and a yellow base/frame. The cyan cam rotates clockwise while the magenta cam rotates counter-clockwise, driving the green follower to slide upward and the deep orange follower to be lifted and lowered by the cam shaft. The rotary motion of the cams converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16839": {
    "clip_seq": 16839,
    "assembly_seq": 996,
    "object_id": "0092",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A cam-and-follower mechanism includes cyan and magenta cams, two followers (green and deep orange), and a yellow base/frame. The cyan cam rotates clockwise while the magenta cam rotates counter-clockwise, driving the green follower to slide upward and the deep orange follower to be lifted and lowered by the cam shaft. The rotary motion of the cams converts into translating motion of the followers. The yellow base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16846": {
    "clip_seq": 16846,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, driving the motion of two followers, one green and one cyan, which are lifted and lowered by the cam shaft. The rotary motion of the yellow cam is converted into translating motion of the green and cyan followers. A peach base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16847": {
    "clip_seq": 16847,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, driving the motion of two followers, one green and one cyan, while a peach base/frame remains completely rigid and stationary throughout the animation. The yellow cam lifts and lowers the green follower and the cyan follower by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16848": {
    "clip_seq": 16848,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates clockwise, driving the motion of two followers, one green and one cyan, which are lifted and lowered by the cam shaft. The rotary motion of the yellow cam is converted into translating motion of the green and cyan followers. A peach base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16849": {
    "clip_seq": 16849,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise, driving the motion of two followers, one green and one cyan, while a peach base/frame remains completely rigid and stationary throughout the animation. The yellow cam lifts and lowers the green follower and the cyan follower by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16850": {
    "clip_seq": 16850,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise, driving the motion of two followers, one green and one cyan, while a peach base/frame remains completely rigid and stationary throughout the animation. The yellow cam lifts and lowers the green follower and the cyan follower by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cam completes one full revolution, driving the followers through one complete cycle."
  },
  "16851": {
    "clip_seq": 16851,
    "assembly_seq": 997,
    "object_id": "0093",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A yellow cam rotates counter-clockwise, driving the motion of two followers, one green and one cyan, while a peach base/frame remains completely rigid and stationary throughout the animation. The yellow cam lifts and lowers the green follower and the cyan follower by the cam shaft. The rotary motion of the cam converts into translating motion of the followers. The cam completes multiple full revolutions in succession."
  },
  "16858": {
    "clip_seq": 16858,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16859": {
    "clip_seq": 16859,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16860": {
    "clip_seq": 16860,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16861": {
    "clip_seq": 16861,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16862": {
    "clip_seq": 16862,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16863": {
    "clip_seq": 16863,
    "assembly_seq": 998,
    "object_id": "0094",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16870": {
    "clip_seq": 16870,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16871": {
    "clip_seq": 16871,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the yellow follower through one complete cycle."
  },
  "16872": {
    "clip_seq": 16872,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16873": {
    "clip_seq": 16873,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16874": {
    "clip_seq": 16874,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16875": {
    "clip_seq": 16875,
    "assembly_seq": 999,
    "object_id": "0095",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16882": {
    "clip_seq": 16882,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16883": {
    "clip_seq": 16883,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16884": {
    "clip_seq": 16884,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16885": {
    "clip_seq": 16885,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16886": {
    "clip_seq": 16886,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16887": {
    "clip_seq": 16887,
    "assembly_seq": 1000,
    "object_id": "0096",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam is converted into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16894": {
    "clip_seq": 16894,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16895": {
    "clip_seq": 16895,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The red cam completes one full revolution, driving the yellow follower through one complete cycle."
  },
  "16896": {
    "clip_seq": 16896,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16897": {
    "clip_seq": 16897,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving the yellow follower motion so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16898": {
    "clip_seq": 16898,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16899": {
    "clip_seq": 16899,
    "assembly_seq": 1001,
    "object_id": "0097",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A red cam rotates counter-clockwise, driving a yellow follower so that the yellow follower is lifted and lowered by the cam shaft. The rotary motion of the red cam is converted into translating motion of the yellow follower. No dedicated base part is visible; all shown parts participate in the motion. The cam completes multiple full revolutions in succession."
  },
  "16906": {
    "clip_seq": 16906,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates clockwise, driving the pale yellow follower motion so that the pale yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16907": {
    "clip_seq": 16907,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates clockwise, driving the pale yellow follower motion so that the pale yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16908": {
    "clip_seq": 16908,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates clockwise, driving the pale yellow follower motion so that the pale yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16909": {
    "clip_seq": 16909,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates counter-clockwise, driving the pale yellow follower motion so that the pale yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16910": {
    "clip_seq": 16910,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates counter-clockwise, driving a pale yellow follower so that the follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16911": {
    "clip_seq": 16911,
    "assembly_seq": 1002,
    "object_id": "0098",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A pink cam rotates counter-clockwise, driving the pale yellow follower motion so that the pale yellow follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The blue base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16918": {
    "clip_seq": 16918,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the red follower motion so that the red follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16919": {
    "clip_seq": 16919,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving a red follower so that the red follower is lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the red follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16920": {
    "clip_seq": 16920,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates clockwise, driving the motion of a red follower that is lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the red follower. A cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "16921": {
    "clip_seq": 16921,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the red follower motion so that the red follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam rotates partially, completing only a fraction of a full revolution."
  },
  "16922": {
    "clip_seq": 16922,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving a red follower so that the red follower is lifted and lowered by the cam shaft. The rotary motion of the green cam is converted into translating motion of the red follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes one full revolution, driving the follower through one complete cycle."
  },
  "16923": {
    "clip_seq": 16923,
    "assembly_seq": 1003,
    "object_id": "0099",
    "category": "CamAndFollower",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Medium",
    "prompt": "A green cam rotates counter-clockwise, driving the red follower motion so that the red follower is lifted and lowered by the cam shaft. The rotary motion of the cam converts into translating motion of the follower. The cyan base/frame remains completely rigid and stationary throughout the animation. The cam completes multiple full revolutions in succession."
  },
  "17518": {
    "clip_seq": 17518,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving crank wheel rotates clockwise, the blue connecting rod both rotates and translates, and the green piston translates. The pink parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17519": {
    "clip_seq": 17519,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving crank wheel rotates clockwise, the blue connecting rod both rotates and translates, and the green piston translates. The pink part remains completely rigid and stationary throughout the animation. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The mechanism completes one full motion cycle."
  },
  "17520": {
    "clip_seq": 17520,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank wheel rotates clockwise while a blue connecting rod both rotates and translates, and a green piston translates. The blue, yellow, and green parts are moving, while the pink parts remain completely rigid and stationary throughout the animation. The motion of one part drives the motion of the others due to kinematic constraints. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17521": {
    "clip_seq": 17521,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank wheel rotates counter-clockwise while a blue connecting rod both rotates and translates, and a green piston translates. The blue, yellow, and green parts are moving, while the pink parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17522": {
    "clip_seq": 17522,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank wheel rotates counter-clockwise while a blue connecting rod both rotates and translates, and a green piston translates. The blue, yellow, and green parts are moving, while the pink part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17523": {
    "clip_seq": 17523,
    "assembly_seq": 1053,
    "object_id": "0149",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank wheel rotates counter-clockwise while a blue connecting rod both rotates and translates, and a green piston translates. The blue, yellow, and green parts are moving, while the pink part remains completely rigid and stationary throughout the animation. The motion of one part drives the motion of the others due to kinematic constraints. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17530": {
    "clip_seq": 17530,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft and many symmetrical rods move and tilt up and down. The yellow part rotates clockwise; the magenta part moves; the green part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17531": {
    "clip_seq": 17531,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft and many symmetrical rods move and tilt up and down. The yellow part rotates clockwise; the magenta part moves; the green part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17532": {
    "clip_seq": 17532,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft rotates clockwise, while the magenta part moves and the green part moves, with all parts connected by kinematic constraints so that the motion of one drives the motion of the others. The red parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17533": {
    "clip_seq": 17533,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft rotates counter-clockwise while the magenta part moves and the green part moves, with all parts connected by kinematic constraints so that the motion of one drives the motion of the others. The red parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17534": {
    "clip_seq": 17534,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft rotates counter-clockwise while the magenta part moves and the green part moves, with all parts connected by kinematic constraints so that motion of one drives motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17535": {
    "clip_seq": 17535,
    "assembly_seq": 1054,
    "object_id": "0150",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The yellow driving shaft rotates counter-clockwise while the magenta part moves and the green part moves, with all parts connected by kinematic constraints so that motion of one drives motion of the others. The red parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17542": {
    "clip_seq": 17542,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates clockwise while connected blue rods rotate and translate, and an orange piston translates left and right. The blue part both rotates and translates, the deep orange part translates, and the yellow part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17543": {
    "clip_seq": 17543,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates clockwise while connected blue rods rotate and translate, and an orange piston translates left and right. The blue part both rotates and translates, the deep orange part translates, and the yellow part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17544": {
    "clip_seq": 17544,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates clockwise while blue connecting rods rotate and translate, and an orange piston translates left and right. The green parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17545": {
    "clip_seq": 17545,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates counter-clockwise while blue connecting rods rotate and translate, and an orange piston translates left and right. The blue part both rotates and translates, the deep orange part translates, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17546": {
    "clip_seq": 17546,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates counter-clockwise while blue connecting rods rotate and translate, and an orange piston translates left and right. The blue part both rotates and translates, the deep orange part translates, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17547": {
    "clip_seq": 17547,
    "assembly_seq": 1055,
    "object_id": "0151",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow driving crank shaft rotates counter-clockwise while blue connecting rods rotate and translate and an orange piston translates left and right. The blue part both rotates and translates, the deep orange part translates, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17554": {
    "clip_seq": 17554,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling features two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates clockwise, and the cyan part rotates clockwise. The blue and cyan parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17555": {
    "clip_seq": 17555,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling features two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates clockwise, and the cyan part also rotates clockwise. The blue and cyan moving parts are connected by kinematic constraints, so the motion of one drives the motion of the others. The green stationary parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17556": {
    "clip_seq": 17556,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling features two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates clockwise, and the cyan part rotates clockwise. The blue and cyan parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17557": {
    "clip_seq": 17557,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling consists of two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates counter-clockwise, and the cyan part rotates counter-clockwise. The blue and cyan parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17558": {
    "clip_seq": 17558,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling consists of two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates counter-clockwise, and the cyan part rotates counter-clockwise. The blue and cyan moving parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green stationary parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17559": {
    "clip_seq": 17559,
    "assembly_seq": 1056,
    "object_id": "0152",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Oldham's coupling features two blue shafts as the main driving motor and a light blue or cyan intermediate flange. The blue part rotates counter-clockwise, and the cyan part rotates counter-clockwise. The blue and cyan moving parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green stationary parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17566": {
    "clip_seq": 17566,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism includes multiple moving parts and connecting linkages, with a blue input motor. The blue part rotates clockwise; the lavender part both rotates and translates; the cyan part both rotates and translates; the yellow part both rotates and translates; the orange part both rotates and translates; the red part both rotates and translates; the mint part both rotates and translates; the green part both rotates and translates; the magenta part both rotates and translates; the pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17567": {
    "clip_seq": 17567,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism features multiple moving parts and connecting linkages, with a blue input motor. The blue part rotates clockwise; the lavender part both rotates and translates; the cyan part both rotates and translates; the yellow part both rotates and translates; the orange part both rotates and translates; the red part both rotates and translates; the mint part both rotates and translates; the green part both rotates and translates; the magenta part both rotates and translates; the pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17568": {
    "clip_seq": 17568,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism features multiple moving parts and connecting linkages, with a blue input motor. Moving parts are blue, lavender, cyan, yellow, orange, red, mint, green, magenta, and pink, with no dedicated rigid or stationary parts. The blue part rotates clockwise; the lavender part both rotates and translates; the cyan part both rotates and translates; the yellow part both rotates and translates; the orange part both rotates and translates; the red part both rotates and translates; the mint part both rotates and translates; the green part both rotates and translates; the magenta part both rotates and translates; the pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17569": {
    "clip_seq": 17569,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism features multiple moving parts and connecting linkages, with a blue input motor. The blue part rotates counter-clockwise; the lavender part both rotates and translates; the cyan part both rotates and translates; the yellow part both rotates and translates; the orange part both rotates and translates; the red part both rotates and translates; the mint part both rotates and translates; the green part both rotates and translates; the magenta part both rotates and translates; the pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17570": {
    "clip_seq": 17570,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism includes multiple moving parts and connecting linkages, with a blue input motor. The moving parts are blue, lavender, cyan, yellow, orange, red, mint, green, magenta, and pink. The blue part rotates counter-clockwise; the lavender part both rotates and translates; the cyan part both rotates and translates; the yellow part both rotates and translates; the orange part both rotates and translates; the red part both rotates and translates; the mint part both rotates and translates; the green part both rotates and translates; the magenta part both rotates and translates; the pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17571": {
    "clip_seq": 17571,
    "assembly_seq": 1057,
    "object_id": "0153",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A walking mechanism has multiple moving parts and connecting linkages, with a blue input motor. The moving parts are blue, lavender, cyan, yellow, orange, red, mint, green, magenta, and pink. The blue part rotates counter-clockwise. The lavender part both rotates and translates. The cyan part both rotates and translates. The yellow part both rotates and translates. The orange part both rotates and translates. The red part both rotates and translates. The mint part both rotates and translates. The green part both rotates and translates. The magenta part both rotates and translates. The pink part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17578": {
    "clip_seq": 17578,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The rotation input to linear input conversion mechanism features a blue shaft input motion. The blue part rotates clockwise while the yellow part translates. The blue and yellow parts are connected by kinematic constraints so that the motion of one drives the motion of the other. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17579": {
    "clip_seq": 17579,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A rotation input to linear input conversion mechanism features a blue shaft input motion. Moving parts include a blue part that rotates clockwise and a yellow part that translates. The blue and yellow parts are connected by kinematic constraints so that the motion of one drives the motion of the other. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17580": {
    "clip_seq": 17580,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A rotation input to linear input conversion mechanism features a blue shaft input motion. Moving parts are blue and yellow, with no dedicated rigid or stationary parts. The blue part rotates clockwise while the yellow part translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17581": {
    "clip_seq": 17581,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The blue shaft rotates counter-clockwise while the yellow part translates. The blue and yellow parts are connected by kinematic constraints so that the motion of one drives the motion of the other. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17582": {
    "clip_seq": 17582,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A rotation input to linear input conversion mechanism features a blue shaft input motion. The blue part rotates counter-clockwise while the yellow part translates. The blue and yellow parts are connected by kinematic constraints so that the motion of one drives the motion of the other. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17583": {
    "clip_seq": 17583,
    "assembly_seq": 1058,
    "object_id": "0154",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A rotation input to linear input conversion mechanism features a blue shaft input motion. Moving parts are blue and yellow, with no dedicated rigid or stationary parts. The blue part rotates counter-clockwise while the yellow part translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17590": {
    "clip_seq": 17590,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The cyan part rotates clockwise, and the orange part rotates clockwise"
  },
  "17591": {
    "clip_seq": 17591,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The cyan part rotates clockwise, and the orange part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17592": {
    "clip_seq": 17592,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Cyan and orange parts rotate clockwise, with the motion of one driving the motion of the other due to kinematic constraints. The green parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17593": {
    "clip_seq": 17593,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Cyan and orange parts rotate counter-clockwise, while green parts remain completely rigid and stationary throughout the animation. The cyan part drives the motion of the orange part through kinematic constraints. The mechanism moves through only the first half of its motion cycle."
  },
  "17594": {
    "clip_seq": 17594,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The cyan part rotates counter-clockwise, and the orange part rotates counter-clockwise. The cyan and orange parts are connected by kinematic constraints so that the motion of one drives the motion of the other. The green parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17595": {
    "clip_seq": 17595,
    "assembly_seq": 1059,
    "object_id": "0155",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "Cyan and orange parts rotate counter-clockwise, while green parts remain completely rigid and stationary throughout the animation. The cyan part's rotation drives the motion of the orange part due to kinematic constraints connecting them. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17602": {
    "clip_seq": 17602,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four-legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta, while the blue part remains completely rigid and stationary throughout the animation. The cyan part both rotates and translates, the magenta part both rotates and translates, the red part both rotates and translates, the green part translates, the yellow part rotates clockwise, and the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17603": {
    "clip_seq": 17603,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta, while the stationary part is blue. The cyan part both rotates and translates, the magenta part both rotates and translates, the red part both rotates and translates, the green part translates, the yellow part rotates clockwise, and the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17604": {
    "clip_seq": 17604,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta; the stationary part is blue. The cyan part both rotates and translates; the magenta part both rotates and translates; the red part both rotates and translates; the green part translates; the yellow part rotates clockwise; the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17605": {
    "clip_seq": 17605,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four-legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta, while the blue part remains completely rigid and stationary throughout the animation. The cyan part both rotates and translates, the magenta part both rotates and translates, the red part both rotates and translates, the green part translates, the yellow part rotates counter-clockwise, and the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17606": {
    "clip_seq": 17606,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four-legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta, while the stationary part is blue. The cyan part both rotates and translates, the magenta part both rotates and translates, the red part both rotates and translates, the green part translates, the yellow part rotates counter-clockwise, and the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17607": {
    "clip_seq": 17607,
    "assembly_seq": 1060,
    "object_id": "0156",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A four legged walking mechanism features green legs and multiple connecting linages with a blue rigid body and a yellow input motor shaft. The moving parts are cyan, magenta, red, green, yellow, and light magenta; the stationary part is blue. The cyan part both rotates and translates; the magenta part both rotates and translates; the red part both rotates and translates; the green part translates; the yellow part rotates counter-clockwise; the light magenta part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17614": {
    "clip_seq": 17614,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism with internal revolute teeth and a sliding axis joint includes moving parts that are blue and cyan, while stationary parts are yellow. The blue part rotates clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17615": {
    "clip_seq": 17615,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism features internal revolute teeth and a sliding axis joint. The moving parts are blue and cyan, while the stationary parts are yellow. The blue part rotates clockwise, and the cyan part both rotates and translates. The parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17616": {
    "clip_seq": 17616,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism with internal revolute teeths and a sliding axis joint includes moving parts that are blue and cyan, while stationary parts are yellow. The blue part rotates clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17617": {
    "clip_seq": 17617,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism with internal revolute teeth and a sliding axis joint includes moving parts that are blue and cyan, while stationary parts are yellow. The blue part rotates counter-clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17618": {
    "clip_seq": 17618,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism with internal revolute teeth and a sliding axis joint includes moving parts that are blue and cyan, while stationary parts are yellow. The blue part rotates counter-clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17619": {
    "clip_seq": 17619,
    "assembly_seq": 1061,
    "object_id": "0157",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A gear mechanism features internal revolute teeth and a sliding axis joint. Moving parts are blue and cyan, while stationary parts are yellow. The blue part rotates counter-clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17626": {
    "clip_seq": 17626,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft rotates. The blue part translates, the green part rotates clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17627": {
    "clip_seq": 17627,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft also rotates. The blue part translates, the green part rotates clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17628": {
    "clip_seq": 17628,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft rotates. The blue part translates, the green part rotates clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17629": {
    "clip_seq": 17629,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft rotates counter-clockwise. The blue part translates, the green part rotates counter-clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17630": {
    "clip_seq": 17630,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft rotates counter-clockwise. The blue part translates, the green part rotates counter-clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17631": {
    "clip_seq": 17631,
    "assembly_seq": 1062,
    "object_id": "0158",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A double crank and slider mechanism features magenta pistons and blue connecting rods that translate and rotate, respectively, converting linear motion to rotational motion. The yellow wheels and base remain stationary in terms of axial rotation or fixed positioning. The green shaft rotates counter-clockwise. The blue part translates, the green part rotates counter-clockwise, the red part rotates, the magenta part translates, and the cyan part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17638": {
    "clip_seq": 17638,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An Oldham's coupling features a gear train assembly where the central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The blue part rotates clockwise while the yellow part rotates clockwise. The blue shafts transfer the rotation motion from one blue shaft to another blue shaft. The green part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17639": {
    "clip_seq": 17639,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An Oldham's coupling features a gear train assembly where the central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The rotation motion transfers from one blue shaft to another blue shaft. The blue part rotates clockwise while the yellow part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17640": {
    "clip_seq": 17640,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An Oldham's coupling features a gear train assembly where the central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The blue shaft rotates clockwise while the yellow part rotates clockwise. The blue part and yellow part are connected by kinematic constraints so that the motion of one drives the motion of the other. The green part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17641": {
    "clip_seq": 17641,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The blue part rotates counter-clockwise while the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17642": {
    "clip_seq": 17642,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An Oldham's coupling features a gear train assembly where the central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The blue shaft rotates counter-clockwise while the yellow part also rotates counter-clockwise. The blue parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17643": {
    "clip_seq": 17643,
    "assembly_seq": 1063,
    "object_id": "0159",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The central yellow gear section moves, performing rotational motion around its axis. The green base remains stationary during the motion. The blue shaft rotates counter-clockwise while the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17650": {
    "clip_seq": 17650,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates clockwise within the assembly, causing the yellow part to translate, the green part to translate, and the red part to translate. The lavender part, yellow part, green part, and red part are moving parts, and all parts are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17651": {
    "clip_seq": 17651,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates within the assembly, causing the red and green segmented part, likely a linkage or follower, to oscillate or translate. The lavender part rotates clockwise; the yellow part translates; the green part translates; the red part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17652": {
    "clip_seq": 17652,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates clockwise within the assembly, causing the yellow part to translate, the green part to translate, and the red part to translate. The lavender part, yellow part, green part, and red part are all moving parts connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17653": {
    "clip_seq": 17653,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates counter-clockwise within the assembly, causing the yellow part to translate, the green part to translate, and the red part to translate. The lavender part, yellow part, green part, and red part are all moving parts connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17654": {
    "clip_seq": 17654,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates counter-clockwise within the assembly, causing the yellow part to translate, the green part to translate, and the red part to translate. The lavender, yellow, green, and red parts are moving parts, and they are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17655": {
    "clip_seq": 17655,
    "assembly_seq": 1064,
    "object_id": "0160",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam follower assembly shows a snake toy motion. The lavender crankshaft (cam) rotates counter-clockwise within the assembly, causing the yellow part to translate, the green part to translate, and the red part to translate. The lavender part, yellow part, green part, and red part are all moving parts, connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17662": {
    "clip_seq": 17662,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods rotating. The blue part translates while the red part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17663": {
    "clip_seq": 17663,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods that rotate. The blue part translates while the red part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17664": {
    "clip_seq": 17664,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods that rotate. The blue part translates while the red part rotates clockwise. The blue and red parts are moving parts, while the yellow parts remain completely rigid and stationary throughout the animation. The motion of one part drives the motion of the others due to kinematic constraints. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17665": {
    "clip_seq": 17665,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods rotating counter-clockwise. The blue part translates while the red part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17666": {
    "clip_seq": 17666,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods that rotate. The blue part translates while the red part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17667": {
    "clip_seq": 17667,
    "assembly_seq": 1065,
    "object_id": "0161",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "An aesthetic mechanical assembly inspired by electrical trammel features blue sliders sliding in a yellow channel and red connecting rods rotating counter-clockwise. The blue part translates while the red part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17674": {
    "clip_seq": 17674,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates clockwise, the cyan part rotates counter-clockwise, and the yellow part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17675": {
    "clip_seq": 17675,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates clockwise, the cyan part rotates counter-clockwise, and the yellow part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17676": {
    "clip_seq": 17676,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates clockwise, the cyan part rotates counter-clockwise, and the yellow part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17677": {
    "clip_seq": 17677,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates counter-clockwise, the cyan part rotates clockwise, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17678": {
    "clip_seq": 17678,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates counter-clockwise, the cyan part rotates clockwise, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17679": {
    "clip_seq": 17679,
    "assembly_seq": 1066,
    "object_id": "0162",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical linkage or cam mechanism translates rotational motion into wave-like linear motion. The yellow crank at the bottom performs rotational motion input, driving gear mechanisms that translate this into undulating motion along the interconnected blue segments. The green base structure remains stationary throughout the animation. The blue part rotates counter-clockwise, the cyan part rotates clockwise, and the yellow part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17686": {
    "clip_seq": 17686,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. Moving parts include a green part, a pale cyan part, a red part, and a cyan part, while the stationary part is blue. The green part both rotates and translates, the pale cyan part both rotates and translates, the red part rotates clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17687": {
    "clip_seq": 17687,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. The moving parts are green, pale cyan, red, and cyan, while the stationary parts are blue. The green part both rotates and translates; the pale cyan part both rotates and translates; the red part rotates clockwise; the cyan part both rotates and translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17688": {
    "clip_seq": 17688,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. Moving parts are green, pale cyan, red, and cyan; stationary parts are blue. The green part both rotates and translates; the pale cyan part both rotates and translates; the red part rotates clockwise; the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17689": {
    "clip_seq": 17689,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. Moving parts are green, pale cyan, red, and cyan; stationary parts are blue. The green part both rotates and translates; the pale cyan part both rotates and translates; the red part rotates counter-clockwise; the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17690": {
    "clip_seq": 17690,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. Moving parts include a green part, a pale cyan part, a red part, and a cyan part, while stationary parts are blue. The green part both rotates and translates, the pale cyan part both rotates and translates, the red part rotates counter-clockwise, and the cyan part both rotates and translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17691": {
    "clip_seq": 17691,
    "assembly_seq": 1067,
    "object_id": "0163",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a paddle mechanism on a boat features an oar on each side that performs a rotational motion around its attachment point, driven by the mechanism with a crank and connecting rod. The boat hull and central housing remain stationary during the motion. The input is a red shaft. Moving parts are green, pale cyan, red, and cyan; stationary parts are blue. The green part both rotates and translates; the pale cyan part both rotates and translates; the red part rotates counter-clockwise; the cyan part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17698": {
    "clip_seq": 17698,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates clockwise; the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17699": {
    "clip_seq": 17699,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates clockwise; the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17700": {
    "clip_seq": 17700,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates clockwise; the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17701": {
    "clip_seq": 17701,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates counter-clockwise; the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17702": {
    "clip_seq": 17702,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates counter-clockwise; the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17703": {
    "clip_seq": 17703,
    "assembly_seq": 1068,
    "object_id": "0164",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly simulates a bench press exercise toy mechanism. The barbell, held by the figure, performs a vertical sliding motion up and down above the bench, driven by a cam or crank mechanism visible beneath. The bench and the assembly frame remain stationary. The crank on the bottom rotates and drives all the gears. The green part rotates; the pale yellow part rotates counter-clockwise; the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and blue parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17710": {
    "clip_seq": 17710,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The cyan part rotates; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The red part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17711": {
    "clip_seq": 17711,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The cyan part rotates; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17712": {
    "clip_seq": 17712,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The cyan part rotates; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The red part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17713": {
    "clip_seq": 17713,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The moving parts are cyan and salmon; the stationary part is red. The cyan part rotates; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17714": {
    "clip_seq": 17714,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The cyan part rotates; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The red part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17715": {
    "clip_seq": 17715,
    "assembly_seq": 1069,
    "object_id": "0165",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a kinetic sculpture with butterfly figures that simulate flapping motion. The wings of the butterfly parts move, performing a rotational motion about their hinged joints. The base remains stationary during the motion. The input is a shaft on the bottom that rotates and drives the animation. The cyan part rotates; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The red part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17722": {
    "clip_seq": 17722,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates, causing a blue follower to perform a vertical reciprocating motion. A yellow shaft rotates a red gear on the top surface of a green structure. An orange crank on the side rotates clockwise. The blue part translates, the green part rotates, the yellow part rotates clockwise, the orange part rotates clockwise, and the red part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17723": {
    "clip_seq": 17723,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates, causing a blue follower to perform a vertical reciprocating motion. The yellow shaft rotates clockwise, driving a red gear on the top surface. An orange crank on the side rotates clockwise, contributing to the motion. The blue part translates, the green part rotates, the yellow part rotates clockwise, the orange part rotates clockwise, and the red part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17724": {
    "clip_seq": 17724,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates, causing a blue follower to perform a vertical reciprocating motion. A yellow shaft rotates a red gear on the top surface of a green structure. An orange crank on the side rotates clockwise. The blue part translates, the green part rotates, the yellow part rotates clockwise, the orange part rotates clockwise, and the red part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17725": {
    "clip_seq": 17725,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates, causing a blue follower to perform a vertical reciprocating motion. The yellow shaft rotates a red gear on the top surface, while an orange crank on the side rotates counter-clockwise. The blue part translates, the green part rotates, the yellow part rotates counter-clockwise, the orange part rotates counter-clockwise, and the red part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17726": {
    "clip_seq": 17726,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates, causing a blue follower to perform a vertical reciprocating motion. A yellow shaft rotates, causing a green structure to rotate a red gear on the top surface. An orange crank on the side rotates counter-clockwise. The blue part translates, the green part rotates, the yellow part rotates counter-clockwise, the orange part rotates counter-clockwise, and the red part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17727": {
    "clip_seq": 17727,
    "assembly_seq": 1070,
    "object_id": "0166",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A yellow cam rotates counter-clockwise, causing a blue follower to perform a vertical reciprocating motion. A green structure rotates counter-clockwise while a red gear on the top surface of the yellow shaft also rotates counter-clockwise. An orange crank on the side rotates counter-clockwise. The blue part translates, the green part rotates, the yellow part rotates counter-clockwise, the orange part rotates counter-clockwise, and the red part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17734": {
    "clip_seq": 17734,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the crank rotates. The red part rotates, the yellow part rotates, the pale yellow part translates, and the pale cyan part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17735": {
    "clip_seq": 17735,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the crank rotates. The pale cyan crank on the bottom rotates clockwise while the red part rotates, the yellow part rotates, and the pale yellow part translates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The mechanism completes one full motion cycle."
  },
  "17736": {
    "clip_seq": 17736,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the crank rotates. The pale cyan crank on the bottom rotates clockwise. The red part rotates, the yellow part rotates, the pale yellow part translates, and the pale cyan part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17737": {
    "clip_seq": 17737,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the crank rotates. The pale cyan crank on the bottom rotates clockwise. The red part rotates, the yellow part rotates, the pale yellow part translates, and the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17738": {
    "clip_seq": 17738,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the crank rotates. The pale cyan crank on the bottom rotates clockwise while the red part rotates, the yellow part rotates, the pale yellow part translates, and the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism completes one full motion cycle."
  },
  "17739": {
    "clip_seq": 17739,
    "assembly_seq": 1071,
    "object_id": "0167",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical toy figure mounted on a crank slider mechanism performs a rocking motion, hinging around a fixed point as the pale cyan crank on the bottom rotates clockwise. The red part rotates, the yellow part rotates, the pale yellow part translates, and the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17746": {
    "clip_seq": 17746,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly imitates the walking motion of a quadrupedal robot or dog. The linkage arms connected to the legs perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates. The main body of the assembly, shaped like a dog, remains stationary. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates counter-clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17747": {
    "clip_seq": 17747,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly imitates the walking motion of a quadrupedal robot or dog. The linkage arms connected to the legs perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates counter-clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17748": {
    "clip_seq": 17748,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly imitates the walking motion of a quadrupedal robot or dog. The linkage arms connected to the legs perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates counter-clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17749": {
    "clip_seq": 17749,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly imitates the walking motion of a quadrupedal robot or dog. The linkage arms connected to the legs perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17750": {
    "clip_seq": 17750,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly imitates the walking motion of a quadrupedal robot or dog. The linkage arms connected to the legs perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17751": {
    "clip_seq": 17751,
    "assembly_seq": 1072,
    "object_id": "0168",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A linkage-based mechanical assembly designed to imitate the walking motion of a quadrupedal robot or dog features linkage arms connected to the legs that perform a combination of rotational and translational motion, driving the legs in a walking cycle. The central gear rotates as the input. The blue part moves, the cyan part moves, the green part moves, the magenta part moves, the light magenta part moves, the red part moves, the pink part rotates clockwise, the orange part moves, and the deep orange part moves. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17758": {
    "clip_seq": 17758,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The lavender crankshaft rotates clockwise, the magenta part rotates clockwise, the red part rotates clockwise, the deep orange part rotates clockwise, and the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The base and supporting structure, which are pale yellow, remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17759": {
    "clip_seq": 17759,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The base and supporting structure remain stationary throughout the animation. The lavender crankshaft rotates clockwise; the magenta part rotates clockwise; the red part rotates clockwise; the deep orange part rotates clockwise; the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17760": {
    "clip_seq": 17760,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The base and supporting structure remain stationary throughout the animation. The lavender crankshaft rotates clockwise; the magenta part rotates clockwise; the red part rotates clockwise; the deep orange part rotates clockwise; the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17761": {
    "clip_seq": 17761,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The lavender crankshaft rotates counter-clockwise, the magenta part rotates counter-clockwise, the red part rotates counter-clockwise, the deep orange part rotates counter-clockwise, and the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The base and supporting structure, which are pale yellow, remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17762": {
    "clip_seq": 17762,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The base and supporting structure remain stationary throughout the animation. The lavender crankshaft rotates counter-clockwise, the magenta part rotates counter-clockwise, the red part rotates counter-clockwise, the deep orange part rotates counter-clockwise, and the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17763": {
    "clip_seq": 17763,
    "assembly_seq": 1073,
    "object_id": "0169",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly features two figures that move in a synchronized manner. The main motion is rotational, performed by the central red shaft, which causes the figures to rotate around their vertical axes. The base and supporting structure remain stationary throughout the animation. The lavender crankshaft rotates counter-clockwise, the magenta part rotates counter-clockwise, the red part rotates counter-clockwise, the deep orange part rotates counter-clockwise, and the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17770": {
    "clip_seq": 17770,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. Moving parts are deep orange and green; stationary parts are blue, red, and yellow. The deep orange part rotates clockwise; the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17771": {
    "clip_seq": 17771,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. The deep orange part rotates clockwise while the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17772": {
    "clip_seq": 17772,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. The deep orange part rotates clockwise; the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17773": {
    "clip_seq": 17773,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. The deep orange part rotates counter-clockwise; the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17774": {
    "clip_seq": 17774,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. Moving parts are deep orange and green; stationary parts are blue, red, and yellow. The deep orange part rotates counter-clockwise; the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17775": {
    "clip_seq": 17775,
    "assembly_seq": 1074,
    "object_id": "0170",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A simple steam engine-like mechanical assembly features a piston and flywheel system. The flywheel performs rotational motion, driven by a connecting rod linked to the piston, which moves in a translational, reciprocating motion. The red vertical rods and the base remain stationary. Moving parts are deep orange and green; stationary parts are blue, red, and yellow. The deep orange part rotates counter-clockwise; the green part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue, red, and yellow parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17782": {
    "clip_seq": 17782,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism. The legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates; the pink part both rotates and translates; the blue part both rotates and translates; the green part both rotates and translates; the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17783": {
    "clip_seq": 17783,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism where the legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates, the pink part both rotates and translates, the blue part both rotates and translates, the green part both rotates and translates, and the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17784": {
    "clip_seq": 17784,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism. The legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates; the pink part both rotates and translates; the blue part both rotates and translates; the green part both rotates and translates; the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17785": {
    "clip_seq": 17785,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism. The legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates; the pink part both rotates and translates; the blue part both rotates and translates; the green part both rotates and translates; the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17786": {
    "clip_seq": 17786,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism. The legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates, the pink part both rotates and translates, the blue part both rotates and translates, the green part both rotates and translates, and the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17787": {
    "clip_seq": 17787,
    "assembly_seq": 1075,
    "object_id": "0171",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly resembling a toy dog features a leg movement mechanism. The legs and wheels perform a rotational motion around their respective pivot points, simulating a walking action. The body and head remain stationary, serving as the main frame for the assembly. The light magenta part both rotates and translates, the pink part both rotates and translates, the blue part both rotates and translates, the green part both rotates and translates, and the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17794": {
    "clip_seq": 17794,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, which translates into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. Input is an orange rotating crank on the bottom. The light magenta part rotates; the deep orange part rotates clockwise; the green part rotates; the blue part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17795": {
    "clip_seq": 17795,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, which translates into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. Input is an orange rotating crank on the bottom. The light magenta part rotates; the deep orange part rotates clockwise; the green part rotates; the blue part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17796": {
    "clip_seq": 17796,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, which translates into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. An orange rotating crank on the bottom serves as the input. The light magenta part rotates; the deep orange part rotates clockwise; the green part rotates; the blue part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17797": {
    "clip_seq": 17797,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, which translates into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. Input is an orange rotating crank on the bottom. The light magenta part rotates; the deep orange part rotates counter-clockwise; the green part rotates; the blue part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17798": {
    "clip_seq": 17798,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, which translates into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. Input is an orange rotating crank on the bottom. The light magenta part rotates, the deep orange part rotates counter-clockwise, the green part rotates, and the blue part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17799": {
    "clip_seq": 17799,
    "assembly_seq": 1076,
    "object_id": "0172",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A cam-driven mechanical assembly often seen in automata or kinetic sculptures features a cam inside the box that rotates, translating into a vertical motion of the rod connected to it, causing the attached donkey figure to move up and down. The base or casing of the assembly remains stationary throughout the motion. Input is an orange rotating crank on the bottom. The light magenta part rotates, the deep orange part rotates counter-clockwise, the green part rotates, and the blue part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The pale yellow part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17806": {
    "clip_seq": 17806,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly for a crank-driven mechanism simulates flapping wings. The crank handle on the right rotates, causing the crankshaft and connected cam to rotate, which converts the rotational motion into an up-and-down motion for the red wing structures. The transparent base and support structures remain stationary. The cyan part rotates clockwise, the blue part rotates clockwise, the red part rotates, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The salmon and peach parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17807": {
    "clip_seq": 17807,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The crank handle on the right rotates clockwise, causing the crankshaft to rotate clockwise and the connected cam to rotate, which converts the rotational motion into an up-and-down motion for the red wing structures. The cyan part rotates clockwise, the blue part rotates clockwise, the red part rotates, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The transparent base and support structures remain stationary, with the salmon and peach parts remaining completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17808": {
    "clip_seq": 17808,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The crank handle on the right rotates clockwise, causing the crankshaft to rotate clockwise and the connected cam to rotate, which converts the rotational motion into an up-and-down motion for the red wing structures. The cyan part rotates clockwise, the blue part rotates clockwise, the red part rotates, and the deep orange part rotates clockwise. The salmon and peach parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17809": {
    "clip_seq": 17809,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The crank handle on the right rotates counter-clockwise, causing the crankshaft and connected cam to rotate counter-clockwise, which in turn converts the rotational motion into an up-and-down motion for the red wing structures. The cyan part rotates counter-clockwise, the blue part rotates counter-clockwise, the red part rotates, and the deep orange part rotates counter-clockwise. The salmon and peach parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17810": {
    "clip_seq": 17810,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The crank handle on the right rotates counter-clockwise, causing the crankshaft to rotate counter-clockwise and the connected cam to rotate, which converts the rotational motion into an up-and-down motion for the red wing structures. The cyan part rotates counter-clockwise, the blue part rotates counter-clockwise, the red part rotates, and the deep orange part rotates counter-clockwise. The salmon and peach parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17811": {
    "clip_seq": 17811,
    "assembly_seq": 1077,
    "object_id": "0173",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The crank handle on the right rotates counter-clockwise, causing the crankshaft to rotate counter-clockwise and the connected cam to rotate, which converts the rotational motion into an up-and-down motion for the red wing structures. The cyan part rotates counter-clockwise, the blue part rotates counter-clockwise, the red part rotates, and the deep orange part rotates counter-clockwise. The salmon and peach parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17818": {
    "clip_seq": 17818,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a hand-crank egg beater. The wooden handle moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates counter-clockwise; the cyan part rotates clockwise; the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17819": {
    "clip_seq": 17819,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a hand-crank egg beater. The wooden handle moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates counter-clockwise; the cyan part rotates clockwise; the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17820": {
    "clip_seq": 17820,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A hand-crank egg beater consists of a wooden handle that moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates counter-clockwise, the cyan part rotates clockwise, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17821": {
    "clip_seq": 17821,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a hand-crank egg beater. The wooden handle moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates clockwise; the cyan part rotates counter-clockwise; the deep orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17822": {
    "clip_seq": 17822,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a hand-crank egg beater. The wooden handle moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates clockwise, the cyan part rotates counter-clockwise, and the deep orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The green part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17823": {
    "clip_seq": 17823,
    "assembly_seq": 1078,
    "object_id": "0174",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A hand-crank egg beater consists of a wooden handle that moves in a rotational motion to drive the gears, which in turn rotate the attached beaters. The green outer casing and the section holding the beaters remain stationary. The magenta part rotates clockwise, the cyan part rotates counter-clockwise, and the deep orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The green parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17830": {
    "clip_seq": 17830,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The pedal arms (yellow components) perform a translating motion along the guide rails, following an elliptical path while rotating clockwise. The base platform (orange circular component) remains stationary during the motion. The yellow part both rotates and translates, and parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17831": {
    "clip_seq": 17831,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The pedal arms perform a translating motion along the guide rails, following an elliptical path while rotating clockwise. The base platform remains stationary during the motion. The yellow parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The deep orange parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17832": {
    "clip_seq": 17832,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The pedal arms (yellow components) perform a translating motion along the guide rails, following an elliptical path while rotating clockwise. The base platform (orange circular component) remains stationary during the motion. The yellow part both rotates and translates, and the parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17833": {
    "clip_seq": 17833,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The pedal arms (yellow components) perform a translating motion along the guide rails, following an elliptical path while rotating counter-clockwise. The base platform (orange circular component) remains stationary during the motion. The yellow part both rotates and translates, and parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17834": {
    "clip_seq": 17834,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The pedal arms (yellow components) perform a translating motion along the guide rails, following an elliptical path while rotating counter-clockwise. The base platform (orange circular component) remains stationary during the motion. The yellow part both rotates and translates, and parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17835": {
    "clip_seq": 17835,
    "assembly_seq": 1079,
    "object_id": "0175",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a type of elliptical exercise machine, specifically focusing on the pedal mechanism. The pedal arms, which are yellow components, perform a translating motion along the guide rails, following an elliptical path. The base platform, an orange circular component, remains stationary during the motion. The yellow parts both rotate counter-clockwise and translate. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The deep orange parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17842": {
    "clip_seq": 17842,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The figurine's upper body pivots, performing a hinging motion around its waist, driven by the crank mechanism. The orange handle on the bottom serves as the input. The salmon part rotates while the orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17843": {
    "clip_seq": 17843,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A figurine features rotating and moving parts. The upper body pivots, performing a hinging motion around its waist, driven by the crank mechanism. The base and table remain stationary throughout the animation. The input is the orange handle on the bottom. The salmon part rotates; the orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17844": {
    "clip_seq": 17844,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A figurine with rotating and moving parts features an upper body that pivots, performing a hinging motion around its waist, driven by the crank mechanism. The base and table remain stationary throughout the animation. The input is the orange handle on the bottom. The salmon part rotates while the orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17845": {
    "clip_seq": 17845,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A figurine features rotating and moving parts. The figurine's upper body pivots, performing a hinging motion around its waist, driven by the crank mechanism. The base and table remain stationary throughout the animation. The input is the orange handle on the bottom. The salmon part rotates; the orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17846": {
    "clip_seq": 17846,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A figurine features rotating and moving parts. The upper body pivots, performing a hinging motion around its waist, driven by the crank mechanism. The base and table remain stationary throughout the animation. The input is the orange handle on the bottom. The salmon part rotates; the orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17847": {
    "clip_seq": 17847,
    "assembly_seq": 1080,
    "object_id": "0176",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A figurine features rotating and moving parts, with the upper body pivoting and performing a hinging motion around its waist, driven by the crank mechanism. The base and table remain stationary throughout the animation. The input is the orange handle on the bottom. The salmon part rotates, and the orange part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17854": {
    "clip_seq": 17854,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The green part both rotates and translates, while the pale cyan part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17855": {
    "clip_seq": 17855,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The green part both rotates and translates while the pale cyan part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17856": {
    "clip_seq": 17856,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The green part both rotates and translates, while the pale cyan part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17857": {
    "clip_seq": 17857,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The input is the rotation of the rear wheels. The moving parts are green and pale cyan, while the stationary part is yellow. The green part both rotates and translates, and the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17858": {
    "clip_seq": 17858,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The green part both rotates and translates, while the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17859": {
    "clip_seq": 17859,
    "assembly_seq": 1081,
    "object_id": "0177",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly resembles a toy or mechanical frog with jointed legs. The green legs perform a rotational motion around their joints, mimicking a hopping action. The yellow base remains stationary throughout the animation. The green part both rotates and translates, while the pale cyan part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The yellow part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17866": {
    "clip_seq": 17866,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This mechanical assembly is an animated toy depicting a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates clockwise; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17867": {
    "clip_seq": 17867,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This mechanical assembly is an animated toy depicting a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates clockwise; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17868": {
    "clip_seq": 17868,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This mechanical assembly is an animated toy depicting a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates clockwise; the salmon part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17869": {
    "clip_seq": 17869,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly is an animated toy featuring a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates counter-clockwise; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17870": {
    "clip_seq": 17870,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly is an animated toy featuring a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates counter-clockwise; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17871": {
    "clip_seq": 17871,
    "assembly_seq": 1082,
    "object_id": "0178",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This mechanical assembly is an animated toy depicting a figure performing a jump rope motion. The figure moves through a hinged motion at its hips and arms to simulate skipping, driven by rotational movement from the crankshaft. The base and the primary support structures remain stationary. The input is a salmon color handle on the side. The blue part translates; the green part translates; the orange part rotates counter-clockwise; the salmon part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17878": {
    "clip_seq": 17878,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A manually-operated hand drill assembly features a crank mechanism. The magenta handle moves, performing a rotary motion to drive the gears within the assembly. The main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates clockwise, and the magenta part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17879": {
    "clip_seq": 17879,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A manually-operated hand drill assembly with a crank mechanism includes a magenta handle that moves, performing a rotary motion to drive the gears within the assembly. The main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates clockwise, and the magenta part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17880": {
    "clip_seq": 17880,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A manually-operated hand drill assembly features a crank mechanism. The magenta handle moves, performing a rotary motion to drive the gears within the assembly. The main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates clockwise, and the magenta part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17881": {
    "clip_seq": 17881,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A manually-operated hand drill assembly features a crank mechanism. The magenta handle moves, performing a rotary motion to drive the gears within the assembly. The main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates counter-clockwise, and the magenta part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17882": {
    "clip_seq": 17882,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The magenta handle moves, performing a rotary motion to drive the gears within the assembly, while the main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates counter-clockwise, and the magenta part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17883": {
    "clip_seq": 17883,
    "assembly_seq": 1083,
    "object_id": "0179",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A manually-operated hand drill assembly with a crank mechanism features a magenta handle that moves, performing a rotary motion to drive the gears within the assembly. The main body of the drill, including the yellow chuck and the black handles, remains stationary. The yellow part rotates counter-clockwise, and the magenta part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The orange part(s) remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17890": {
    "clip_seq": 17890,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, the salmon part both rotates and translates, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17891": {
    "clip_seq": 17891,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, the salmon part both rotates and translates, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17892": {
    "clip_seq": 17892,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, the salmon part both rotates and translates, and the deep orange part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17893": {
    "clip_seq": 17893,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates counter-clockwise, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, and the salmon part both rotates and translates relative to each other, creating a walking motion. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17894": {
    "clip_seq": 17894,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates counter-clockwise, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, and the salmon part both rotates and translates relative to each other, creating a walking motion. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17895": {
    "clip_seq": 17895,
    "assembly_seq": 1084,
    "object_id": "0180",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a four-legged walking mechanism resembles a Strandbeest or Theo Jansen mechanism. The deep orange circular element at the center functions as a crank and rotates counter-clockwise, driving the motion of the linkage system. The magenta body part remains stationary while the cyan part both rotates and translates, the green part both rotates and translates, and the salmon part both rotates and translates relative to each other, creating a walking motion. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The magenta part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17902": {
    "clip_seq": 17902,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The light magenta part both rotates and translates; the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17903": {
    "clip_seq": 17903,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The light magenta part both rotates and translates; the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17904": {
    "clip_seq": 17904,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The light magenta part both rotates and translates; the green part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17905": {
    "clip_seq": 17905,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The moving parts are light magenta and green; the stationary parts are blue and yellow. The light magenta part both rotates and translates; the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17906": {
    "clip_seq": 17906,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The moving parts are light magenta and green; the stationary parts are blue and yellow. The light magenta part both rotates and translates; the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17907": {
    "clip_seq": 17907,
    "assembly_seq": 1085,
    "object_id": "0181",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a biomimetic robotic representation of a hummingbird, featuring wing-like structures designed for flapping motion. The wings perform an oscillating rotational movement similar to flapping, which mimics the wing motion of a bird in flight. The green shaft inside creates the rotation input. The head, body, and tail sections remain stationary during the animation. The light magenta part both rotates and translates; the green part rotates counter-clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and yellow parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17914": {
    "clip_seq": 17914,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly consists of a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. The input is the crank on the side. The cyan part rotates clockwise, the magenta part translates, the deep orange part rotates clockwise, the red part translates, and the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17915": {
    "clip_seq": 17915,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. The input is the crank on the side. The cyan part rotates clockwise; the magenta part translates; the deep orange part rotates clockwise; the red part translates; the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17916": {
    "clip_seq": 17916,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. The input is the crank on the side. The cyan part rotates clockwise; the magenta part translates; the deep orange part rotates clockwise; the red part translates; the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17917": {
    "clip_seq": 17917,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. The input is the crank on the side. The cyan part rotates counter-clockwise, the magenta part translates, the deep orange part rotates counter-clockwise, the red part translates, and the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17918": {
    "clip_seq": 17918,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. Input is the crank on the side. The cyan part rotates counter-clockwise, the magenta part translates, the deep orange part rotates counter-clockwise, the red part translates, and the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17919": {
    "clip_seq": 17919,
    "assembly_seq": 1086,
    "object_id": "0182",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a leg mechanism, possibly part of a walking or kicking automaton, mounted on a static frame. The leg assembly and the adjacent linkages perform rotational and translational motion to simulate a leg movement. The input is the crank on the side. The cyan part rotates counter-clockwise, the magenta part translates, the deep orange part rotates counter-clockwise, the red part translates, and the orange part translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17926": {
    "clip_seq": 17926,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton with humanoid figures features a crankshaft at the bottom that rotates, which sequentially lifts and lowers the followers attached to the figures, causing them to perform a hinged, waving motion. The base and the top platform remain stationary while the camshaft and follower arms are in motion. The input is a rotating handle on the side, and all figures are moving based on the cam and follower mechanism below each figurine. The yellow part translates while the peach part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17927": {
    "clip_seq": 17927,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton with humanoid figures features a crankshaft at the bottom that rotates, which sequentially lifts and lowers the followers attached to the figures, causing them to perform a hinged, waving motion. The base and the top platform remain stationary while the camshaft and follower arms are in motion. The input is a rotating handle on the side, and all figures are moving based on the cam and follower mechanism below each figurine. The yellow part translates while the peach part rotates clockwise. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17928": {
    "clip_seq": 17928,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton with humanoid figures features a crankshaft at the bottom that rotates, which sequentially lifts and lowers the followers attached to the figures, causing them to perform a hinged, waving motion. The base and the top platform remain stationary while the camshaft and follower arms are in motion. The input is a rotating handle on the side, and all figures are moving based on the cam and follower mechanism below each figurine. The yellow part translates while the peach part rotates clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17929": {
    "clip_seq": 17929,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton with humanoid figures includes a rotating crankshaft at the bottom that rotates, which sequentially lifts and lowers the yellow followers attached to the figures, causing them to perform a hinged, waving motion. The blue base and the deep orange top platform remain stationary while the yellow part translates and the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17930": {
    "clip_seq": 17930,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton with humanoid figures features a crankshaft at the bottom that rotates, which sequentially lifts and lowers the followers attached to the figures, causing them to perform a hinged, waving motion. The base and the top platform remain stationary while the camshaft and follower arms are in motion. The input is a rotating handle on the side, and all figures are moving based on the cam and follower mechanism below each figurine. The yellow part translates while the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17931": {
    "clip_seq": 17931,
    "assembly_seq": 1087,
    "object_id": "0183",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "A mechanical assembly of a camshaft-driven animatronic or automaton features humanoid figures. The crankshaft at the bottom rotates, which sequentially lifts and lowers the followers attached to the figures, causing them to perform a hinged, waving motion. The base and the top platform remain stationary while the camshaft and follower arms are in motion. The input is a rotating handle on the side, and all figures are moving based on the cam and follower mechanism below each figurine. The yellow part translates, and the peach part rotates counter-clockwise. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The blue and deep orange parts remain completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17938": {
    "clip_seq": 17938,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates clockwise; the yellow part rotates; the red part rotates; the magenta part rotates; the cyan part rotates; the blue part rotates; the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17939": {
    "clip_seq": 17939,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates clockwise; the yellow part rotates; the red part rotates; the magenta part rotates; the cyan part rotates; the blue part rotates; the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17940": {
    "clip_seq": 17940,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates clockwise, the yellow part rotates, the red part rotates, the magenta part rotates, the cyan part rotates, the blue part rotates, and the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17941": {
    "clip_seq": 17941,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates counter-clockwise; the yellow part rotates; the red part rotates; the magenta part rotates; the cyan part rotates; the blue part rotates; the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism moves through only the first half of its motion cycle."
  },
  "17942": {
    "clip_seq": 17942,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates counter-clockwise, the yellow part rotates, the red part rotates, the magenta part rotates, the cyan part rotates, the blue part rotates, and the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17943": {
    "clip_seq": 17943,
    "assembly_seq": 1088,
    "object_id": "0184",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly is a mechanical crank system simulating a teeter-totter or see-saw motion for two figures. The central crankshaft rotates, translating rotational motion into an oscillating motion across the plank on which the figures are seated. The wheels rotate relative to the base. The deep orange part rotates counter-clockwise; the yellow part rotates; the red part rotates; the magenta part rotates; the cyan part rotates; the blue part rotates; the green part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17950": {
    "clip_seq": 17950,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The green part rotates clockwise; the peach part rotates; the magenta part rotates; the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17951": {
    "clip_seq": 17951,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The green part rotates clockwise; the peach part rotates; the magenta part rotates; the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17952": {
    "clip_seq": 17952,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The green part rotates clockwise; the peach part rotates; the magenta part rotates; the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17953": {
    "clip_seq": 17953,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The assembly includes a mechanical grabber or claw mechanism used in robotics or machinery. The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The moving parts are green, peach, magenta, and deep orange; the stationary part is lavender. The green part rotates counter-clockwise; the peach part rotates; the magenta part rotates; the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17954": {
    "clip_seq": 17954,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The assembly includes a mechanical grabber or claw mechanism used in robotics or machinery. The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The moving parts are green, peach, magenta, and deep orange, while the stationary part is lavender. The green part rotates counter-clockwise, the peach part rotates, the magenta part rotates, and the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17955": {
    "clip_seq": 17955,
    "assembly_seq": 1089,
    "object_id": "0185",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The brown claw parts move, performing a rotational motion around their pivot points. The lavender part remains stationary throughout the animation. The green part rotates counter-clockwise; the peach part rotates; the magenta part rotates; the deep orange part both rotates and translates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The lavender part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17962": {
    "clip_seq": 17962,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. The blue part rotates clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part remains completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17963": {
    "clip_seq": 17963,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. The blue part rotates clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17964": {
    "clip_seq": 17964,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. The blue part rotates clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The deep orange part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17965": {
    "clip_seq": 17965,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. The blue part rotates counter-clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism moves through only the first half of its motion cycle."
  },
  "17966": {
    "clip_seq": 17966,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. Moving parts are blue, green, and peach; stationary parts are deep orange. The blue part rotates counter-clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The deep orange part(s) remain completely rigid and stationary throughout the animation. The mechanism completes one full motion cycle."
  },
  "17967": {
    "clip_seq": 17967,
    "assembly_seq": 1090,
    "object_id": "0186",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "This assembly represents a simple mechanical toy with a moving part that simulates a jumping rope motion. The green arms and rope perform a rotational motion around the shoulder axis, creating the effect of rope spinning. The base remains stationary throughout the animation. The blue part rotates counter-clockwise; the green part rotates; the peach part rotates. Parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The deep orange part remains completely rigid and stationary throughout the animation. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17974": {
    "clip_seq": 17974,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system for a robotic or mechanical walking device. The lavender crank on the back rotates clockwise, driving the motion of the red part, which rotates, the deep orange part, which rotates, the orange part, which rotates, the yellow part, which rotates, the salmon part, which rotates, and the magenta part, which rotates. All parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17975": {
    "clip_seq": 17975,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system for a robotic or mechanical walking device. The lavender crank on the back of this toy rotates clockwise, driving the motion of the red part, which rotates; the deep orange part, which rotates; the orange part, which rotates; the yellow part, which rotates; the salmon part, which rotates; and the magenta part, which rotates. All parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The mechanism completes one full motion cycle."
  },
  "17976": {
    "clip_seq": 17976,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": false,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system for a robotic or mechanical walking device. The lavender crank on the back of this toy rotates clockwise. The red part rotates. The deep orange part rotates. The orange part rotates. The yellow part rotates. The salmon part rotates. The magenta part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The full motion cycle is performed twice in succession, repeating back to back."
  },
  "17977": {
    "clip_seq": 17977,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Slow",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system, possibly for a robotic or mechanical walking device. The linkage on the left side performs rotational motion, which translates into an up-and-down motion for the connected segments simulating a walking motion. The input is a lavender crank on the back of this toy. The lavender part rotates counter-clockwise; the red part rotates; the deep orange part rotates; the orange part rotates; the yellow part rotates; the salmon part rotates; the magenta part rotates. Parts are connected by kinematic constraints so that motion of one drives motion of the others. The mechanism moves through only the first half of its motion cycle."
  },
  "17978": {
    "clip_seq": 17978,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Mid",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system for a robotic or mechanical walking device. The lavender crank on the back of this toy rotates counter-clockwise, driving the red part to rotate, the deep orange part to rotate, the orange part to rotate, the yellow part to rotate, the salmon part to rotate, and the magenta part to rotate. Parts are connected by kinematic constraints so that motion of one drives motion of the others. No parts remain fully stationary in this clip. The mechanism completes one full motion cycle."
  },
  "17979": {
    "clip_seq": 17979,
    "assembly_seq": 1091,
    "object_id": "0187",
    "category": "UniqueMechanism",
    "clip_id": "Clip001",
    "camera": "Cam1",
    "speed": "Fast",
    "reversed": true,
    "source": "MechBench",
    "complexity": "Hard",
    "prompt": "The mechanical assembly is a linkage system for a robotic or mechanical walking device. The lavender crank on the back of this toy rotates counter-clockwise, driving the red part to rotate, the deep orange part to rotate, the orange part to rotate, the yellow part to rotate, the salmon part to rotate, and the magenta part to rotate. All parts are connected by kinematic constraints so that the motion of one drives the motion of the others. The full motion cycle is performed twice in succession, repeating back to back."
  }
}